* HSPICE file created from /home/diamantd/Desktop/flashaki/exercises_vlsi/alu/Full_adder_4/fulladder.ext - technology: scmos

.include /home/diamantd/apps/vlsi/libs/cmos0.5um-hspice
.option scale=0.3u probe POST = 1

M1000 a_n1_38 A Vdd Vdd pfet w=4 l=2
+ ad=64 pd=46 as=212 ps=146 
M1001 Vdd B a_n1_38 Vdd pfet w=4 l=2
+ ad=0 pd=0 as=0 ps=0 
M1002 a_15_38 B Vdd Vdd pfet w=4 l=2
+ ad=8 pd=12 as=0 ps=0 
M1003 Cout_b A a_15_38 Vdd pfet w=4 l=2
+ ad=60 pd=44 as=0 ps=0 
M1004 Vdd Cin a_62_38 Vdd pfet w=4 l=2
+ ad=0 pd=0 as=84 ps=64 
M1005 a_62_38 B Vdd Vdd pfet w=4 l=2
+ ad=0 pd=0 as=0 ps=0 
M1006 Vdd A a_62_38 Vdd pfet w=4 l=2
+ ad=0 pd=0 as=0 ps=0 
M1007 a_93_38 A Vdd Vdd pfet w=4 l=2
+ ad=8 pd=12 as=0 ps=0 
M1008 a_97_38 B a_93_38 Vdd pfet w=4 l=2
+ ad=8 pd=12 as=0 ps=0 
M1009 a_101_n10 Cin a_97_38 Vdd pfet w=4 l=2
+ ad=60 pd=44 as=0 ps=0 
M1010 Cout_b Cin a_n1_38 Vdd pfet w=8 l=2
+ ad=0 pd=0 as=0 ps=0 
M1011 Vdd Cout_b Cout Vdd pfet w=8 l=2
+ ad=0 pd=0 as=40 ps=26 
M1012 Cout_b Cin a_n1_n10 Gnd nfet w=8 l=2
+ ad=60 pd=44 as=64 ps=46 
M1013 gnd Cout_b Cout Gnd nfet w=4 l=2
+ ad=152 pd=122 as=20 ps=18 
M1014 a_101_n10 Cout_b a_62_38 Vdd pfet w=8 l=2
+ ad=0 pd=0 as=0 ps=0 
M1015 Sum a_101_n10 Vdd Vdd pfet w=16 l=2
+ ad=80 pd=42 as=0 ps=0 
M1016 a_101_n10 Cout_b a_62_n10 Gnd nfet w=8 l=2
+ ad=60 pd=44 as=84 ps=64 
M1017 a_n1_n10 A gnd Gnd nfet w=4 l=2
+ ad=0 pd=0 as=0 ps=0 
M1018 gnd B a_n1_n10 Gnd nfet w=4 l=2
+ ad=0 pd=0 as=0 ps=0 
M1019 a_15_n10 B gnd Gnd nfet w=4 l=2
+ ad=8 pd=12 as=0 ps=0 
M1020 Cout_b A a_15_n10 Gnd nfet w=4 l=2
+ ad=0 pd=0 as=0 ps=0 
M1021 gnd Cin a_62_n10 Gnd nfet w=4 l=2
+ ad=0 pd=0 as=0 ps=0 
M1022 a_62_n10 B gnd Gnd nfet w=4 l=2
+ ad=0 pd=0 as=0 ps=0 
M1023 gnd A a_62_n10 Gnd nfet w=4 l=2
+ ad=0 pd=0 as=0 ps=0 
M1024 a_93_n10 A gnd Gnd nfet w=4 l=2
+ ad=8 pd=12 as=0 ps=0 
M1025 a_97_n10 B a_93_n10 Gnd nfet w=4 l=2
+ ad=8 pd=12 as=0 ps=0 
M1026 a_101_n10 Cin a_97_n10 Gnd nfet w=4 l=2
+ ad=0 pd=0 as=0 ps=0 
M1027 Sum a_101_n10 gnd Gnd nfet w=8 l=2
+ ad=40 pd=26 as=0 ps=0 
C0 A Cout_b 0.826fF
C1 Vdd a_62_38 5.358fF
C2 Cin Cout_b 0.756fF
C3 B a_62_38 0.360fF
C4 A Cout 0.764fF
C5 Vdd A 30.506fF
C6 Cin Cout 0.720fF
C7 B a_n1_n10 1.228fF
C8 Vdd Sum 1.880fF
C9 A B 0.696fF
C10 Vdd Cin 20.689fF
C11 A a_62_n10 0.420fF
C12 B Cin 0.608fF
C13 Vdd a_n1_38 3.008fF
C14 Cout_b Cout 0.404fF
C15 Cin a_62_n10 0.360fF
C16 B a_n1_38 0.420fF
C17 Vdd Cout_b 15.545fF
C18 Cout_b gnd 0.764fF
C19 A a_62_38 0.420fF
C20 B Cout_b 1.226fF
C21 Cout_b a_62_n10 4.410fF
C22 Vdd Cout 1.504fF
C23 Cin a_62_38 0.360fF
C24 A a_n1_n10 0.180fF
C25 B Cout 0.720fF
C26 Vdd B 22.466fF
C27 A Cin 0.380fF
C28 Vdd a_101_n10 8.151fF
C29 B a_62_n10 0.360fF
C30 A a_n1_38 0.584fF
C31 a_62_n10 gnd! 5.358fF
C32 Sum gnd! 3.384fF
C33 gnd gnd! 19.840fF
C34 a_n1_n10 gnd! 3.384fF
C35 Cout gnd! 2.256fF
C36 Cout_b gnd! 15.099fF
C37 a_101_n10 gnd! 10.055fF
C38 Cin gnd! 18.677fF
C39 B gnd! 29.886fF
C40 A gnd! 21.752fF

Vdd Vdd gnd 5
Vgnd GND gnd 0

VA A 0 pulse(0 5 0n 0n 0n 10n 20n)
VB B 0 pulse(0 5 0n 0n 0n 10n 40n)
VCin Cin 0 pulse(0 5 0n 0n 0n 10n 60n)

.tran 0.1n 80n
.print V(A) V(B) V(Cin) V(Cout) V(Sum)
.end

** hspice subcircuit dictionary