* Circuit Extracted by Tanner Research's L-Edit V7.12 / Extract V4.00 ;
* TDB File:  H:\E77\Lab5\lab5\8input_AND_C, Cell:  Cell0
* Extract Definition File:  C:\Documents and Settings\All Users\Desktop\stu712\mosis\morbn20.ext
* Extract Date and Time:  11/12/2005 - 19:09

.control
destroy all
echo 

TRAN .1ns 10us
plot finaloutput+48 input1 input2+6 input3+12 input4+18 input5+24 input6+30 input7+36 input8+42
*plot finaloutput ylimit 0 5 xlimit 0 22e-9 xdelta 3e-9
.endc

.MODEL MNMOSIS NMOS LEVEL=2 LD=0.250000U TOX=418.000008E-10
+ NSUB=9.236187E+14 VTO=0.858153 KP=5.048000E-05 GAMMA=0.198
+ PHI=0.6 UO=596.729 UEXP=7.029586E-02 UCRIT=10266.7
+ DELTA=2.7371 VMAX=65701.4 XJ=0.250000U LAMBDA=1.843384E-02
+ NFS=1.086360E+12 NEFF=1 NSS=1.000000E+10 TPG=1.000000
+ RSH=28.760000 CGDO=3.097916E-10 CGSO=3.097916E-10 CGBO=3.838441E-10
+ CJ=8.997900E-05 MJ=0.783638 CJSW=5.524800E-10 MJSW=0.285064 PB=0.800000

.MODEL MPMOSIS PMOS LEVEL=2 LD=0.250000U TOX=418.000008E-10
+ NSUB=9.309300E+15 VTO=-0.889271 KP=1.908000E-05 GAMMA=0.6289
+ PHI=0.6 UO=216.28 UEXP=0.218144 UCRIT=62664
+ DELTA=0.164572 VMAX=100000 XJ=0.250000U LAMBDA=5.011626E-02
+ NFS=9.266623E+11 NEFF=1.001 NSS=1.000000E+10 TPG=-1.000000
+ RSH=66.820000 CGDO=3.097916E-10 CGSO=3.097916E-10 CGBO=3.727276E-10
+ CJ=2.981300E-04 MJ=0.556944 CJSW=3.002100E-10 MJSW=0.243045 PB=0.800000

VVin Vdd 0 DC 5
*form of pulse (v1 v2 td tr tf pw per)
Vinput1 input1 0 PULSE(0 5 0 0 0 1.1 2.2)
Vinput2 input2 0 PULSE(0 5 0 0 0 2.2 4.4)
Vinput3 input3 0 PULSE(0 5 0 0 0 4.4 8.8)
Vinput4 input4 0 PULSE(0 5 0 0 0 8.8 17.6)
Vinput5 input5 0 PULSE(0 5 0 0 0 17.6 35.2)
Vinput6 input6 0 PULSE(0 5 0 0 0 35.2 70.4)
Vinput7 input7 0 PULSE(0 5 0 0 0 70.4 140.8)
Vinput8 input8 0 PULSE(0 5 0 0 0 140.8 281.6)

*everything stays high first one changes
*Vinput1 input1 0 DC 5 
*Vinput2 input2 0 DC 5
*Vinput3 input3 0 DC 5
*Vinput4 input4 0 DC 5
*Vinput5 input5 0 DC 5
*Vinput6 input6 0 DC 5
*Vinput7 input7 0 DC 5
*Vinput8 input8 0 PULSE(0 5 0 0 0 2.2 4.4)

M1 4 3 Vdd Vdd MPMOSIS L=2u W=6u AD=90p PD=54u AS=432p PS=240u 
M2 3 7 25 Vdd MPMOSIS L=2u W=6u AD=42p PD=26u AS=48p PS=28u 
M3 2 9 24 Vdd MPMOSIS L=2u W=6u AD=42p PD=26u AS=48p PS=28u 
M4 0 3 23 0 MNMOSIS L=2u W=6u AD=381p PD=223u AS=48p PS=28u 
M5 3 7 0 0 MNMOSIS L=2u W=6u AD=96p PD=56u AS=381p PS=223u 
M6 2 9 0 0 MNMOSIS L=2u W=6u AD=96p PD=56u AS=381p PS=223u 
M7 25 6 Vdd Vdd MPMOSIS L=2u W=6u AD=48p PD=28u AS=432p PS=240u 
M8 finaloutput 4 Vdd Vdd MPMOSIS L=2u W=6u AD=42p PD=26u AS=432p PS=240u 
M9 Vdd 2 4 Vdd MPMOSIS L=2u W=6u AD=432p PD=240u AS=90p PS=54u 
M10 Vdd input7 6 Vdd MPMOSIS L=2u W=6u AD=432p PD=240u AS=90p PS=54u 
M11 6 input8 Vdd Vdd MPMOSIS L=2u W=6u AD=90p PD=54u AS=432p PS=240u 
M12 Vdd input5 7 Vdd MPMOSIS L=2u W=6u AD=432p PD=240u AS=90p PS=54u 
M13 7 input6 Vdd Vdd MPMOSIS L=2u W=6u AD=90p PD=54u AS=432p PS=240u 
M14 Vdd input3 8 Vdd MPMOSIS L=2u W=6u AD=432p PD=240u AS=90p PS=54u 
M15 8 input4 Vdd Vdd MPMOSIS L=2u W=6u AD=90p PD=54u AS=432p PS=240u 
M16 24 8 Vdd Vdd MPMOSIS L=2u W=6u AD=48p PD=28u AS=432p PS=240u 
M17 Vdd input1 9 Vdd MPMOSIS L=2u W=6u AD=432p PD=240u AS=90p PS=54u 
M18 9 input2 Vdd Vdd MPMOSIS L=2u W=6u AD=90p PD=54u AS=432p PS=240u  
M19 0 6 3 0 MNMOSIS L=2u W=6u AD=381p PD=223u AS=96p PS=56u 
M20 finaloutput 4 0 0 MNMOSIS L=2u W=6u AD=42p PD=26u AS=381p PS=223u  
M21 23 2 4 0 MNMOSIS L=2u W=6u AD=48p PD=28u AS=42p PS=26u 
M22 14 input7 6 0 MNMOSIS L=2u W=6u AD=48p PD=28u AS=42p PS=26u  
M23 0 input8 14 0 MNMOSIS L=2u W=6u AD=381p PD=223u AS=48p PS=28u 
M24 13 input5 7 0 MNMOSIS L=2u W=6u AD=48p PD=28u AS=42p PS=26u 
M25 0 input6 13 0 MNMOSIS L=2u W=6u AD=381p PD=223u AS=48p PS=28u 
M26 12 input3 8 0 MNMOSIS L=2u W=6u AD=48p PD=28u AS=42p PS=26u  
M27 0 input4 12 0 MNMOSIS L=2u W=6u AD=381p PD=223u AS=48p PS=28u 
M28 0 8 2 0 MNMOSIS L=2u W=6u AD=381p PD=223u AS=96p PS=56u 
M29 11 input1 9 0 MNMOSIS L=2u W=6u AD=48p PD=28u AS=42p PS=26u 
M30 0 input2 11 0 MNMOSIS L=2u W=6u AD=381p PD=223u AS=48p PS=28u 

* Total Nodes: 25
* Total Elements: 46
* Extract Elapsed Time: 0 seconds
.END