# University of Tuebingen 
# Wilhelm-Schickard-Institut for Computer Science
#
# XNF2BLIF ( Version 2.8_04 )
#
# Input file        : cpu8_schematic.xnf
# Output file       : cpu8_schematic.blif
# Compilation date  : Fri Dec 10 15:08:17 1993
# Compilation flags : -x  -b  -m  
# User@host         : rudolph@oliver
#
.model cpu8_schematic
#
.inputs RESET DR7 DR6 DR5 DR4 
.inputs DR3 DR2 DR1 DR0 CLK 
.outputs RAMRD OPC3 OPC2 OPC1 OPC0 
.outputs DW7 DW6 DW5 DW4 DW3 
.outputs DW2 DW1 DW0 CARRY-OUT ADR15 
.outputs ADR14 ADR13 ADR12 ADR11 ADR10 
.outputs ADR9 ADR8 ADR7 ADR6 ADR5 
.outputs ADR4 ADR3 ADR2 ADR1 ADR0 
#
.names I$6679/VCC
#PWR (VCC)
1
.names I$6679/GND
#PWR (GND)
0
.names GROUND
#PWR (GND)
0
#
# LCANET, 4
# PROG, XNFMERGE, 3.31, Created from rewe.xnf: Fri Dec 10 14:51:34 1993: Options: 
# PART, 3090pc84-100
# PROG, EDIF2XNF, 4.02,Created from rewe.edif on Mon Dec 21 11:14:42 1992
# PROG, LOG/iC GATES (PHASE 2), 3.4-23  (3556-1418),"20-Jan-93 11:50:42"
# USER, COMMENT, DESIGN:           stw.dcb
# USER, COMMENT, GATE LIBRARY:     /usr/local/logic34/sun4/lca30xx4.bgl
# USER, COMMENT, DESCRIPTION FILE: lcanet.nld
.latch I$373/DI1 AUOUT<9> re CLK_I 0
.latch I$373/DI4 AUOUT<12> re CLK_I 0
.latch I$373/DI0 AUOUT<8> re CLK_I 0
.latch I$373/DI5 AUOUT<13> re CLK_I 0
.latch I$373/DI6 AUOUT<14> re CLK_I 0
.latch I$373/DI2 AUOUT<10> re CLK_I 0
.latch I$373/DI7 AUOUT<15> re CLK_I 0
.latch I$373/DI3 AUOUT<11> re CLK_I 0
.names AUOUT<8> GROUND N$4978 I$373/A00
#AND (I$373/I$32)
100 1
.names GROUND N$4978 DR_I<0> I$373/A01
#AND (I$373/I$31)
011 1
.names I$373/A01 I$373/A00 I$373/DI0
#OR (I$373/I$30)
00 0
.names AUOUT<12> GROUND N$4978 I$373/A40
#AND (I$373/I$16)
100 1
.names I$373/A11 I$373/A10 I$373/DI1
#OR (I$373/I$27)
00 0
.names GROUND N$4978 DR_I<4> I$373/A41
#AND (I$373/I$15)
011 1
.names I$373/A41 I$373/A40 I$373/DI4
#OR (I$373/I$14)
00 0
.names GROUND N$4978 DR_I<5> I$373/A51
#AND (I$373/I$11)
011 1
.names AUOUT<9> GROUND N$4978 I$373/A10
#AND (I$373/I$25)
100 1
.names AUOUT<13> GROUND N$4978 I$373/A50
#AND (I$373/I$12)
100 1
.names AUOUT<14> GROUND N$4978 I$373/A60
#AND (I$373/I$8)
100 1
.names GROUND N$4978 DR_I<1> I$373/A11
#AND (I$373/I$26)
011 1
.names GROUND N$4978 DR_I<6> I$373/A61
#AND (I$373/I$7)
011 1
.names I$373/A51 I$373/A50 I$373/DI5
#OR (I$373/I$10)
00 0
.names AUOUT<10> GROUND N$4978 I$373/A20
#AND (I$373/I$24)
100 1
.names I$373/A21 I$373/A20 I$373/DI2
#OR (I$373/I$22)
00 0
.names GROUND N$4978 DR_I<2> I$373/A21
#AND (I$373/I$23)
011 1
.names GROUND N$4978 DR_I<3> I$373/A31
#AND (I$373/I$19)
011 1
.names AUOUT<15> GROUND N$4978 I$373/A70
#AND (I$373/I$5)
100 1
.names AUOUT<11> GROUND N$4978 I$373/A30
#AND (I$373/I$20)
100 1
.names GROUND N$4978 DR_I<7> I$373/A71
#AND (I$373/I$4)
011 1
.names I$373/A71 I$373/A70 I$373/DI7
#OR (I$373/I$3)
00 0
.names I$373/A31 I$373/A30 I$373/DI3
#OR (I$373/I$18)
00 0
.names I$373/A61 I$373/A60 I$373/DI6
#OR (I$373/I$1)
00 0
.latch I$2/I$11/DI IPCOUT<9> re CLK_I 0
.names IPCOUT<9> I$2/X0 I$2/I$11/X
#XOR (I$2/I$11/I$2)
01 1
10 1
.names I$2/I$11/A0 I$2/I$11/A1 I$2/I$11/DI
#OR (I$2/I$11/I$3)
00 0
.names I$2/I$11/X N$32 I$2/I$11/A0
#AND (I$2/I$11/I$1)
10 1
.names DR_I<1> N$32 I$2/I$11/A1
#AND (I$2/I$11/I$4)
11 1
.latch I$2/I$12/DI IPCOUT<8> re CLK_I 0
.names IPCOUT<8> N$21 I$2/I$12/X
#XOR (I$2/I$12/I$2)
01 1
10 1
.names I$2/I$12/A0 I$2/I$12/A1 I$2/I$12/DI
#OR (I$2/I$12/I$3)
00 0
.names I$2/I$12/X N$32 I$2/I$12/A0
#AND (I$2/I$12/I$1)
10 1
.names DR_I<0> N$32 I$2/I$12/A1
#AND (I$2/I$12/I$4)
11 1
.latch I$2/I$9/DI IPCOUT<11> re CLK_I 0
.names IPCOUT<11> I$2/T1 I$2/I$9/X
#XOR (I$2/I$9/I$2)
01 1
10 1
.names I$2/I$9/A0 I$2/I$9/A1 I$2/I$9/DI
#OR (I$2/I$9/I$3)
00 0
.names I$2/I$9/X N$32 I$2/I$9/A0
#AND (I$2/I$9/I$1)
10 1
.names DR_I<3> N$32 I$2/I$9/A1
#AND (I$2/I$9/I$4)
11 1
.latch I$2/I$10/DI IPCOUT<10> re CLK_I 0
.names IPCOUT<10> I$2/X1 I$2/I$10/X
#XOR (I$2/I$10/I$2)
01 1
10 1
.names I$2/I$10/A0 I$2/I$10/A1 I$2/I$10/DI
#OR (I$2/I$10/I$3)
00 0
.names I$2/I$10/X N$32 I$2/I$10/A0
#AND (I$2/I$10/I$1)
10 1
.names DR_I<2> N$32 I$2/I$10/A1
#AND (I$2/I$10/I$4)
11 1
.latch I$2/I$7/DI IPCOUT<13> re CLK_I 0
.names IPCOUT<13> I$2/X3 I$2/I$7/X
#XOR (I$2/I$7/I$2)
01 1
10 1
.names I$2/I$7/A0 I$2/I$7/A1 I$2/I$7/DI
#OR (I$2/I$7/I$3)
00 0
.names I$2/I$7/X N$32 I$2/I$7/A0
#AND (I$2/I$7/I$1)
10 1
.names DR_I<5> N$32 I$2/I$7/A1
#AND (I$2/I$7/I$4)
11 1
.latch I$2/I$8/DI IPCOUT<12> re CLK_I 0
.names IPCOUT<12> I$2/X2 I$2/I$8/X
#XOR (I$2/I$8/I$2)
01 1
10 1
.names I$2/I$8/A0 I$2/I$8/A1 I$2/I$8/DI
#OR (I$2/I$8/I$3)
00 0
.names I$2/I$8/X N$32 I$2/I$8/A0
#AND (I$2/I$8/I$1)
10 1
.names DR_I<4> N$32 I$2/I$8/A1
#AND (I$2/I$8/I$4)
11 1
.latch I$2/I$6/DI IPCOUT<15> re CLK_I 0
.names IPCOUT<15> I$2/X4 I$2/I$6/X
#XOR (I$2/I$6/I$2)
01 1
10 1
.names I$2/I$6/A0 I$2/I$6/A1 I$2/I$6/DI
#OR (I$2/I$6/I$3)
00 0
.names I$2/I$6/X N$32 I$2/I$6/A0
#AND (I$2/I$6/I$1)
10 1
.names DR_I<7> N$32 I$2/I$6/A1
#AND (I$2/I$6/I$4)
11 1
.latch I$2/I$13/DI IPCOUT<14> re CLK_I 0
.names IPCOUT<14> I$2/T2 I$2/I$13/X
#XOR (I$2/I$13/I$2)
01 1
10 1
.names I$2/I$13/A0 I$2/I$13/A1 I$2/I$13/DI
#OR (I$2/I$13/I$3)
00 0
.names I$2/I$13/X N$32 I$2/I$13/A0
#AND (I$2/I$13/I$1)
10 1
.names DR_I<6> N$32 I$2/I$13/A1
#AND (I$2/I$13/I$4)
11 1
.names I$2/T2 IPCOUT<14> IPCOUT<15> N$41
#AND (I$2/I$16)
111 1
.names IPCOUT<9> IPCOUT<8> N$21 IPCOUT<10> I$2/T1
#AND (I$2/I$5)
1111 1
.names I$2/T1 IPCOUT<11> IPCOUT<12> IPCOUT<13> I$2/T2
#AND (I$2/I$4)
1111 1
.names N$21 IPCOUT<8> IPCOUT<9> I$2/X1
#AND (I$2/I$15)
111 1
.names IPCOUT<8> N$21 I$2/X0
#AND (I$2/I$14)
11 1
.names IPCOUT<11> I$2/T1 I$2/X2
#AND (I$2/I$3)
11 1
.names IPCOUT<12> IPCOUT<11> I$2/T1 I$2/X3
#AND (I$2/I$2)
111 1
.names IPCOUT<14> I$2/T2 I$2/X4
#AND (I$2/I$1)
11 1
.latch I$374/DI1 AUOUT<1> re CLK_I 0
.latch I$374/DI4 AUOUT<4> re CLK_I 0
.latch I$374/DI0 AUOUT<0> re CLK_I 0
.latch I$374/DI5 AUOUT<5> re CLK_I 0
.latch I$374/DI6 AUOUT<6> re CLK_I 0
.latch I$374/DI2 AUOUT<2> re CLK_I 0
.latch I$374/DI7 AUOUT<7> re CLK_I 0
.latch I$374/DI3 AUOUT<3> re CLK_I 0
.names AUOUT<0> GROUND N$4976 I$374/A00
#AND (I$374/I$32)
100 1
.names GROUND N$4976 DR_I<0> I$374/A01
#AND (I$374/I$31)
011 1
.names I$374/A01 I$374/A00 I$374/DI0
#OR (I$374/I$30)
00 0
.names AUOUT<4> GROUND N$4976 I$374/A40
#AND (I$374/I$16)
100 1
.names I$374/A11 I$374/A10 I$374/DI1
#OR (I$374/I$27)
00 0
.names GROUND N$4976 DR_I<4> I$374/A41
#AND (I$374/I$15)
011 1
.names I$374/A41 I$374/A40 I$374/DI4
#OR (I$374/I$14)
00 0
.names GROUND N$4976 DR_I<5> I$374/A51
#AND (I$374/I$11)
011 1
.names AUOUT<1> GROUND N$4976 I$374/A10
#AND (I$374/I$25)
100 1
.names AUOUT<5> GROUND N$4976 I$374/A50
#AND (I$374/I$12)
100 1
.names AUOUT<6> GROUND N$4976 I$374/A60
#AND (I$374/I$8)
100 1
.names GROUND N$4976 DR_I<1> I$374/A11
#AND (I$374/I$26)
011 1
.names GROUND N$4976 DR_I<6> I$374/A61
#AND (I$374/I$7)
011 1
.names I$374/A51 I$374/A50 I$374/DI5
#OR (I$374/I$10)
00 0
.names AUOUT<2> GROUND N$4976 I$374/A20
#AND (I$374/I$24)
100 1
.names I$374/A21 I$374/A20 I$374/DI2
#OR (I$374/I$22)
00 0
.names GROUND N$4976 DR_I<2> I$374/A21
#AND (I$374/I$23)
011 1
.names GROUND N$4976 DR_I<3> I$374/A31
#AND (I$374/I$19)
011 1
.names AUOUT<7> GROUND N$4976 I$374/A70
#AND (I$374/I$5)
100 1
.names AUOUT<3> GROUND N$4976 I$374/A30
#AND (I$374/I$20)
100 1
.names GROUND N$4976 DR_I<7> I$374/A71
#AND (I$374/I$4)
011 1
.names I$374/A71 I$374/A70 I$374/DI7
#OR (I$374/I$3)
00 0
.names I$374/A31 I$374/A30 I$374/DI3
#OR (I$374/I$18)
00 0
.names I$374/A61 I$374/A60 I$374/DI6
#OR (I$374/I$1)
00 0
.latch I$1/I$11/DI IPCOUT<1> re CLK_I 0
.names IPCOUT<1> I$1/X0 I$1/I$11/X
#XOR (I$1/I$11/I$2)
01 1
10 1
.names I$1/I$11/A0 I$1/I$11/A1 I$1/I$11/DI
#OR (I$1/I$11/I$3)
00 0
.names I$1/I$11/X N$32 I$1/I$11/A0
#AND (I$1/I$11/I$1)
10 1
.names N$932 N$32 I$1/I$11/A1
#AND (I$1/I$11/I$4)
11 1
.latch I$1/I$12/DI IPCOUT<0> re CLK_I 0
.names IPCOUT<0> IPCINC I$1/I$12/X
#XOR (I$1/I$12/I$2)
01 1
10 1
.names I$1/I$12/A0 I$1/I$12/A1 I$1/I$12/DI
#OR (I$1/I$12/I$3)
00 0
.names I$1/I$12/X N$32 I$1/I$12/A0
#AND (I$1/I$12/I$1)
10 1
.names N$858 N$32 I$1/I$12/A1
#AND (I$1/I$12/I$4)
11 1
.latch I$1/I$9/DI IPCOUT<3> re CLK_I 0
.names IPCOUT<3> I$1/T1 I$1/I$9/X
#XOR (I$1/I$9/I$2)
01 1
10 1
.names I$1/I$9/A0 I$1/I$9/A1 I$1/I$9/DI
#OR (I$1/I$9/I$3)
00 0
.names I$1/I$9/X N$32 I$1/I$9/A0
#AND (I$1/I$9/I$1)
10 1
.names N$860 N$32 I$1/I$9/A1
#AND (I$1/I$9/I$4)
11 1
.latch I$1/I$10/DI IPCOUT<2> re CLK_I 0
.names IPCOUT<2> I$1/X1 I$1/I$10/X
#XOR (I$1/I$10/I$2)
01 1
10 1
.names I$1/I$10/A0 I$1/I$10/A1 I$1/I$10/DI
#OR (I$1/I$10/I$3)
00 0
.names I$1/I$10/X N$32 I$1/I$10/A0
#AND (I$1/I$10/I$1)
10 1
.names N$859 N$32 I$1/I$10/A1
#AND (I$1/I$10/I$4)
11 1
.latch I$1/I$7/DI IPCOUT<5> re CLK_I 0
.names IPCOUT<5> I$1/X3 I$1/I$7/X
#XOR (I$1/I$7/I$2)
01 1
10 1
.names I$1/I$7/A0 I$1/I$7/A1 I$1/I$7/DI
#OR (I$1/I$7/I$3)
00 0
.names I$1/I$7/X N$32 I$1/I$7/A0
#AND (I$1/I$7/I$1)
10 1
.names N$933 N$32 I$1/I$7/A1
#AND (I$1/I$7/I$4)
11 1
.latch I$1/I$8/DI IPCOUT<4> re CLK_I 0
.names IPCOUT<4> I$1/X2 I$1/I$8/X
#XOR (I$1/I$8/I$2)
01 1
10 1
.names I$1/I$8/A0 I$1/I$8/A1 I$1/I$8/DI
#OR (I$1/I$8/I$3)
00 0
.names I$1/I$8/X N$32 I$1/I$8/A0
#AND (I$1/I$8/I$1)
10 1
.names N$861 N$32 I$1/I$8/A1
#AND (I$1/I$8/I$4)
11 1
.latch I$1/I$6/DI IPCOUT<7> re CLK_I 0
.names IPCOUT<7> I$1/X4 I$1/I$6/X
#XOR (I$1/I$6/I$2)
01 1
10 1
.names I$1/I$6/A0 I$1/I$6/A1 I$1/I$6/DI
#OR (I$1/I$6/I$3)
00 0
.names I$1/I$6/X N$32 I$1/I$6/A0
#AND (I$1/I$6/I$1)
10 1
.names N$863 N$32 I$1/I$6/A1
#AND (I$1/I$6/I$4)
11 1
.latch I$1/I$13/DI IPCOUT<6> re CLK_I 0
.names IPCOUT<6> I$1/T2 I$1/I$13/X
#XOR (I$1/I$13/I$2)
01 1
10 1
.names I$1/I$13/A0 I$1/I$13/A1 I$1/I$13/DI
#OR (I$1/I$13/I$3)
00 0
.names I$1/I$13/X N$32 I$1/I$13/A0
#AND (I$1/I$13/I$1)
10 1
.names N$862 N$32 I$1/I$13/A1
#AND (I$1/I$13/I$4)
11 1
.names I$1/T2 IPCOUT<6> IPCOUT<7> N$21
#AND (I$1/I$16)
111 1
.names IPCOUT<1> IPCOUT<0> IPCINC IPCOUT<2> I$1/T1
#AND (I$1/I$5)
1111 1
.names I$1/T1 IPCOUT<3> IPCOUT<4> IPCOUT<5> I$1/T2
#AND (I$1/I$4)
1111 1
.names IPCINC IPCOUT<0> IPCOUT<1> I$1/X1
#AND (I$1/I$15)
111 1
.names IPCOUT<0> IPCINC I$1/X0
#AND (I$1/I$14)
11 1
.names IPCOUT<3> I$1/T1 I$1/X2
#AND (I$1/I$3)
11 1
.names IPCOUT<4> IPCOUT<3> I$1/T1 I$1/X3
#AND (I$1/I$2)
111 1
.names IPCOUT<6> I$1/T2 I$1/X4
#AND (I$1/I$1)
11 1
.latch I$372/DI1 OPC_I1 re CLK_I 0
.latch I$372/DI4 N$6055 re CLK_I 0
.latch I$372/DI0 OPC_I0 re CLK_I 0
.latch I$372/DI5 N$6056 re CLK_I 0
.latch I$372/DI6 N$6057 re CLK_I 0
.latch I$372/DI2 OPC_I2 re CLK_I 0
.latch I$372/DI7 N$6058 re CLK_I 0
.latch I$372/DI3 OPC_I3 re CLK_I 0
.names OPC_I0 GROUND N$4754 I$372/A00
#AND (I$372/I$32)
100 1
.names GROUND N$4754 DR_I<0> I$372/A01
#AND (I$372/I$31)
011 1
.names I$372/A01 I$372/A00 I$372/DI0
#OR (I$372/I$30)
00 0
.names N$6055 GROUND N$4754 I$372/A40
#AND (I$372/I$16)
100 1
.names I$372/A11 I$372/A10 I$372/DI1
#OR (I$372/I$27)
00 0
.names GROUND N$4754 DR_I<4> I$372/A41
#AND (I$372/I$15)
011 1
.names I$372/A41 I$372/A40 I$372/DI4
#OR (I$372/I$14)
00 0
.names GROUND N$4754 DR_I<5> I$372/A51
#AND (I$372/I$11)
011 1
.names OPC_I1 GROUND N$4754 I$372/A10
#AND (I$372/I$25)
100 1
.names N$6056 GROUND N$4754 I$372/A50
#AND (I$372/I$12)
100 1
.names N$6057 GROUND N$4754 I$372/A60
#AND (I$372/I$8)
100 1
.names GROUND N$4754 DR_I<1> I$372/A11
#AND (I$372/I$26)
011 1
.names GROUND N$4754 DR_I<6> I$372/A61
#AND (I$372/I$7)
011 1
.names I$372/A51 I$372/A50 I$372/DI5
#OR (I$372/I$10)
00 0
.names OPC_I2 GROUND N$4754 I$372/A20
#AND (I$372/I$24)
100 1
.names I$372/A21 I$372/A20 I$372/DI2
#OR (I$372/I$22)
00 0
.names GROUND N$4754 DR_I<2> I$372/A21
#AND (I$372/I$23)
011 1
.names GROUND N$4754 DR_I<3> I$372/A31
#AND (I$372/I$19)
011 1
.names N$6058 GROUND N$4754 I$372/A70
#AND (I$372/I$5)
100 1
.names OPC_I3 GROUND N$4754 I$372/A30
#AND (I$372/I$20)
100 1
.names GROUND N$4754 DR_I<7> I$372/A71
#AND (I$372/I$4)
011 1
.names I$372/A71 I$372/A70 I$372/DI7
#OR (I$372/I$3)
00 0
.names I$372/A31 I$372/A30 I$372/DI3
#OR (I$372/I$18)
00 0
.names I$372/A61 I$372/A60 I$372/DI6
#OR (I$372/I$1)
00 0
.names I$97/NZ5 I$97/NZ4 ADR_I<7>
#OR (I$97/I$3)
00 0
.names AUOUT<7> IPCOE I$97/G I$97/NZ5
#AND (I$97/I$1)
111 1
.names AUOUT<6> IPCOE I$97/G I$97/NZ3
#AND (I$97/I$6)
111 1
.names I$97/NZ3 I$97/NZ2 ADR_I<6>
#OR (I$97/I$4)
00 0
.names IPCOUT<7> I$97/G I$97/NZ8 I$97/NZ4
#AND (I$97/I$2)
111 1
.names I$97/NZ8 IPCOUT<5> I$97/G I$97/NZ11
#AND (I$97/I$8)
111 1
.names I$97/NZ1 I$97/NZ11 ADR_I<5>
#OR (I$97/I$7)
00 0
.names I$97/NZ8 IPCOUT<6> I$97/G I$97/NZ2
#AND (I$97/I$5)
111 1
.names I$97/NZ8 IPCOUT<4> I$97/G I$97/NZ9
#AND (I$97/I$11)
111 1
.names AUOUT<5> IPCOE I$97/G I$97/NZ1
#AND (I$97/I$9)
111 1
.names I$97/NZ10 I$97/NZ9 ADR_I<4>
#OR (I$97/I$10)
00 0
.names AUOUT<4> IPCOE I$97/G I$97/NZ10
#AND (I$97/I$12)
111 1
.names IPCOE I$97/NZ8 
#INV (I$97/I$13)
0 1
.names GROUND I$97/G 
#INV (I$97/I$14)
0 1
.names I$98/NZ5 I$98/NZ4 ADR_I<11>
#OR (I$98/I$3)
00 0
.names AUOUT<11> IPCOE I$98/G I$98/NZ5
#AND (I$98/I$1)
111 1
.names AUOUT<10> IPCOE I$98/G I$98/NZ3
#AND (I$98/I$6)
111 1
.names I$98/NZ3 I$98/NZ2 ADR_I<10>
#OR (I$98/I$4)
00 0
.names IPCOUT<11> I$98/G I$98/NZ8 I$98/NZ4
#AND (I$98/I$2)
111 1
.names I$98/NZ8 IPCOUT<9> I$98/G I$98/NZ11
#AND (I$98/I$8)
111 1
.names I$98/NZ1 I$98/NZ11 ADR_I<9>
#OR (I$98/I$7)
00 0
.names I$98/NZ8 IPCOUT<10> I$98/G I$98/NZ2
#AND (I$98/I$5)
111 1
.names I$98/NZ8 IPCOUT<8> I$98/G I$98/NZ9
#AND (I$98/I$11)
111 1
.names AUOUT<9> IPCOE I$98/G I$98/NZ1
#AND (I$98/I$9)
111 1
.names I$98/NZ10 I$98/NZ9 ADR_I<8>
#OR (I$98/I$10)
00 0
.names AUOUT<8> IPCOE I$98/G I$98/NZ10
#AND (I$98/I$12)
111 1
.names IPCOE I$98/NZ8 
#INV (I$98/I$13)
0 1
.names GROUND I$98/G 
#INV (I$98/I$14)
0 1
.names I$99/NZ5 I$99/NZ4 ADR_I<15>
#OR (I$99/I$3)
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.names AUOUT<15> IPCOE I$99/G I$99/NZ5
#AND (I$99/I$1)
111 1
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#AND (I$99/I$6)
111 1
.names I$99/NZ3 I$99/NZ2 ADR_I<14>
#OR (I$99/I$4)
00 0
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#AND (I$99/I$2)
111 1
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#AND (I$99/I$8)
111 1
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#OR (I$99/I$7)
00 0
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#AND (I$99/I$5)
111 1
.names I$99/NZ8 IPCOUT<12> I$99/G I$99/NZ9
#AND (I$99/I$11)
111 1
.names AUOUT<13> IPCOE I$99/G I$99/NZ1
#AND (I$99/I$9)
111 1
.names I$99/NZ10 I$99/NZ9 ADR_I<12>
#OR (I$99/I$10)
00 0
.names AUOUT<12> IPCOE I$99/G I$99/NZ10
#AND (I$99/I$12)
111 1
.names IPCOE I$99/NZ8 
#INV (I$99/I$13)
0 1
.names GROUND I$99/G 
#INV (I$99/I$14)
0 1
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100 1
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#AND (I$376/I$31)
011 1
.names I$376/A01 I$376/A00 I$376/DI0
#OR (I$376/I$30)
00 0
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#AND (I$376/I$16)
100 1
.names I$376/A11 I$376/A10 I$376/DI1
#OR (I$376/I$27)
00 0
.names GROUND N$937 ALUOUT<4> I$376/A41
#AND (I$376/I$15)
011 1
.names I$376/A41 I$376/A40 I$376/DI4
#OR (I$376/I$14)
00 0
.names GROUND N$937 ALUOUT<5> I$376/A51
#AND (I$376/I$11)
011 1
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100 1
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100 1
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100 1
.names GROUND N$937 ALUOUT<1> I$376/A11
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011 1
.names GROUND N$937 ALUOUT<6> I$376/A61
#AND (I$376/I$7)
011 1
.names I$376/A51 I$376/A50 I$376/DI5
#OR (I$376/I$10)
00 0
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100 1
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00 0
.names GROUND N$937 ALUOUT<2> I$376/A21
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011 1
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011 1
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100 1
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011 1
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00 0
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#OR (I$376/I$18)
00 0
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111 1
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111 1
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111 1
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00 0
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111 1
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111 1
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111 1
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111 1
.names ALUF1 I$1583/NZ8 
#INV (I$1583/I$13)
0 1
.names GROUND I$1583/G 
#INV (I$1583/I$14)
0 1
.latch I$375/DI1 N$932 re CLK_I 0
.latch I$375/DI4 N$861 re CLK_I 0
.latch I$375/DI0 N$858 re CLK_I 0
.latch I$375/DI5 N$933 re CLK_I 0
.latch I$375/DI6 N$862 re CLK_I 0
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011 1
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00 0
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011 1
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100 1
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011 1
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00 0
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100 1
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.names GROUND N$4752 DR_I<2> I$375/A21
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011 1
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011 1
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100 1
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100 1
.names GROUND N$4752 DR_I<7> I$375/A71
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011 1
.names I$375/A71 I$375/A70 I$375/DI7
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00 0
.names I$375/A31 I$375/A30 I$375/DI3
#OR (I$375/I$18)
00 0
.names I$375/A61 I$375/A60 I$375/DI6
#OR (I$375/I$1)
00 0
.names I$92/NZ5 I$92/NZ4 ADR_I<3>
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00 0
.names AUOUT<3> IPCOE I$92/G I$92/NZ5
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111 1
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111 1
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111 1
.names I$92/NZ8 IPCOUT<1> I$92/G I$92/NZ11
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111 1
.names I$92/NZ1 I$92/NZ11 ADR_I<1>
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00 0
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111 1
.names I$92/NZ8 IPCOUT<0> I$92/G I$92/NZ9
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111 1
.names AUOUT<1> IPCOE I$92/G I$92/NZ1
#AND (I$92/I$9)
111 1
.names I$92/NZ10 I$92/NZ9 ADR_I<0>
#OR (I$92/I$10)
00 0
.names AUOUT<0> IPCOE I$92/G I$92/NZ10
#AND (I$92/I$12)
111 1
.names IPCOE I$92/NZ8 
#INV (I$92/I$13)
0 1
.names GROUND I$92/G 
#INV (I$92/I$14)
0 1
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000 0
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#XOR (I$1361/I$15)
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010 1
100 1
111 1
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#XOR (I$1361/I$16)
001 1
010 1
100 1
111 1
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11 1
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11 1
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000 0
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11 1
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11 1
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#OR (I$1361/I$27)
000 0
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11 1
.names I$1361/NZ7 DW_I<5> I$1361/NZ8
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11 1
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11 1
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11 1
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11 1
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000 0
.names I$1361/NZ19 DW_I<7> I$1361/NZ20
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11 1
.names I$1361/NZ19 DR_I<7> I$1361/NZ22
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11 1
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11 1
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11 1
.names I$1361/NZ23 I$1361/NZ20 I$1361/NZ22 CARRYOUT
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000 0
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11 1
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11 1
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11 1
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11 1
.names I$1361/NZ3 DR_I<5> DW_I<5> ADD<5>
#XOR (I$1361/I$2)
001 1
010 1
100 1
111 1
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#XOR (I$1361/I$1)
001 1
010 1
100 1
111 1
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#XOR (I$1582/I$15)
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010 1
100 1
111 1
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#XOR (I$1582/I$16)
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010 1
100 1
111 1
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11 1
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11 1
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11 1
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11 1
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11 1
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11 1
.names I$1582/NZ3 DR_I<1> DW_I<1> ADD<1>
#XOR (I$1582/I$2)
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100 1
111 1
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#XOR (I$1582/I$1)
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100 1
111 1
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