Liren Large Software Subsidy 13/13.iso/p/p195/3.ddi/LIGHTS.TPR

Text File | 1990-10-08 | 4.0 KB | 134 lines

$ Total number of cells =     0.0
$ U8=AND2 U17_P3 RED_EW GREEN_NS VDD GND
C Nand2C Out1 Out2 A B;
U8<0<0 U8<0<___000 GREEN_NS U17_P3 RED_EW;
$ end of U8
$ U9=AND2 U17_P3 RED_NS GREEN_EW VDD GND
C Nand2C Out1 Out2 A B;
U9<0<0 U9<0<___000 GREEN_EW U17_P3 RED_NS;
$ end of U9
$ U12=AND3 U1_P3 TOP6 TEST_POINT U12_P4 VDD GND
C Nand3C Out1 Out2 A B C;
U12<0<0 U12<0<___000 U12_P4 U1_P3 TOP6 TEST_POINT;
$ end of U12
$ U1=DFFC U1_P4 RESETB U1_P3 U1_P4 CLOCK VDD GND
C DFFC Q QB Data Clk ClB;
U1<0<0 U1_P3 U1_P4 U1_P4 CLOCK RESETB;
$ end of U1
$ U2=DFFC U2_P4 RESETB U2_P3 U2_P4 U1_P4 VDD GND
C DFFC Q QB Data Clk ClB;
U2<0<0 U2_P3 U2_P4 U2_P4 U1_P4 RESETB;
$ end of U2
$ U3=DFFC U3_P4 RESETB U3_P3 U3_P4 U2_P4 VDD GND
C DFFC Q QB Data Clk ClB;
U3<0<0 U3_P3 U3_P4 U3_P4 U2_P4 RESETB;
$ end of U3
$ U4=DFFC U4_P4 RESETB TOP4 U4_P4 U3_P4 VDD GND
C DFFC Q QB Data Clk ClB;
U4<0<0 TOP4 U4_P4 U4_P4 U3_P4 RESETB;
$ end of U4
$ U5=DFFC TEST_POINT RESETB TOP5 TEST_POINT U4_P4 VDD GND
C DFFC Q QB Data Clk ClB;
U5<0<0 TOP5 TEST_POINT TEST_POINT U4_P4 RESETB;
$ end of U5
$ U6=DFFC U6_P4 RESETB TOP6 U6_P4 TEST_POINT VDD GND
C DFFC Q QB Data Clk ClB;
U6<0<0 TOP6 U6_P4 U6_P4 TEST_POINT RESETB;
$ end of U6
$ U7=DFFC RED_NS RESETB RED_EW RED_NS U6_P4 VDD GND
C DFFC Q QB Data Clk ClB;
U7<0<0 RED_EW RED_NS RED_NS U6_P4 RESETB;
$ end of U7
$ U18=IPAD PAD_L1_CLOCK CLOCK VDD GND
CP IPadC DataIn DataInB DataInUnBuf PAD;
U18<0<0 CLOCK U18<0<___000 U18<0<0<___000 PAD_L1_CLOCK;
$ end of U18
$ U19=IPAD PAD_L2_RESETB RESETB VDD GND
CP IPadC DataIn DataInB DataInUnBuf PAD;
U19<0<0 RESETB U19<0<___000 U19<0<0<___000 PAD_L2_RESETB;
$ end of U19
$ U10=NOR2 RED_EW U17_P3 YELLOW_EW VDD GND
C Nor2 Out A B;
U10<0<0 YELLOW_EW RED_EW U17_P3;
$ end of U10
$ U11=NOR2 RED_NS U17_P3 YELLOW_NS VDD GND
C Nor2 Out A B;
U11<0<0 YELLOW_NS RED_NS U17_P3;
$ end of U11
$ U15=NOR2 TOP6 RED_EW WALK_EW VDD GND
C Nor2 Out A B;
U15<0<0 WALK_EW TOP6 RED_EW;
$ end of U15
$ U16=NOR2 RED_NS TOP6 WALK_NS VDD GND
C Nor2 Out A B;
U16<0<0 WALK_NS RED_NS TOP6;
$ end of U16
$ U20=OPAD PAD_L3_TOP4 TOP4 VDD GND
CP OPad PAD DataOut;
U20<0<0 PAD_L3_TOP4 TOP4;
$ end of U20
$ U21=OPAD PAD_L4_TOP5 TOP5 VDD GND
CP OPad PAD DataOut;
U21<0<0 PAD_L4_TOP5 TOP5;
$ end of U21
$ U22=OPAD PAD_B1_TEST_POINT TEST_POINT VDD GND
CP OPad PAD DataOut;
U22<0<0 PAD_B1_TEST_POINT TEST_POINT;
$ end of U22
$ U23=OPAD PAD_B2_WALK_NS WALK_NS VDD GND
CP OPad PAD DataOut;
U23<0<0 PAD_B2_WALK_NS WALK_NS;
$ end of U23
$ U24=OPAD PAD_B3_WALK_EW WALK_EW VDD GND
CP OPad PAD DataOut;
U24<0<0 PAD_B3_WALK_EW WALK_EW;
$ end of U24
$ U25=OPAD PAD_B4_DONT_NS DONT_NS VDD GND
CP OPad PAD DataOut;
U25<0<0 PAD_B4_DONT_NS DONT_NS;
$ end of U25
$ U26=OPAD PAD_R1_DONT_EW DONT_EW VDD GND
CP OPad PAD DataOut;
U26<0<0 PAD_R1_DONT_EW DONT_EW;
$ end of U26
$ U27=OPAD PAD_R2_YELLOW_EW YELLOW_EW VDD GND
CP OPad PAD DataOut;
U27<0<0 PAD_R2_YELLOW_EW YELLOW_EW;
$ end of U27
$ U28=OPAD PAD_R3_YELLOW_NS YELLOW_NS VDD GND
CP OPad PAD DataOut;
U28<0<0 PAD_R3_YELLOW_NS YELLOW_NS;
$ end of U28
$ U29=OPAD PAD_R4_GREEN_NS GREEN_NS VDD GND
CP OPad PAD DataOut;
U29<0<0 PAD_R4_GREEN_NS GREEN_NS;
$ end of U29
$ U30=OPAD PAD_T1_GREEN_EW GREEN_EW VDD GND
CP OPad PAD DataOut;
U30<0<0 PAD_T1_GREEN_EW GREEN_EW;
$ end of U30
$ U31=OPAD PAD_T2_RED_EW RED_EW VDD GND
CP OPad PAD DataOut;
U31<0<0 PAD_T2_RED_EW RED_EW;
$ end of U31
$ U32=OPAD PAD_T3_RED_NS RED_NS VDD GND
CP OPad PAD DataOut;
U32<0<0 PAD_T3_RED_NS RED_NS;
$ end of U32
$ U33=OPAD PAD_T4_TOP6 TOP6 VDD GND
CP OPad PAD DataOut;
U33<0<0 PAD_T4_TOP6 TOP6;
$ end of U33
$ U17=OR2 TEST_POINT U6_P4 U17_P3 VDD GND
C Nor2C Out1 Out2 A B;
U17<0<0 U17<0<___000 U17_P3 TEST_POINT U6_P4;
$ end of U17
$ U13=OR3 YELLOW_NS RED_NS U12_P4 DONT_NS VDD GND
C Nor3C Out1 Out2 A B C;
U13<0<0 U13<0<___000 DONT_NS YELLOW_NS RED_NS U12_P4;
$ end of U13
$ U14=OR3 U12_P4 YELLOW_EW RED_EW DONT_EW VDD GND
C Nor3C Out1 Out2 A B C;
U14<0<0 U14<0<___000 DONT_EW U12_P4 YELLOW_EW RED_EW;
$ end of U14