*741A OPERATIONAL AMPLFIER SUBCIRCUIT  
*$
.SUBCKT ICL8741 7   6   1   2   12  
*               Vi+ Vi- Vp+ Vp- Vout  
* Intersil ICL 8741 - Boyle
Q1 10 7 13 2 BNP1
Q2 10 6 11 2 BNP1
Q3 14 9 13 2 BPN1
Q4 15 9 11 2 BPN1
Q5 14 16 17 2 BNP1
Q6 15 16 18 2 BNP1
Q7 1 14 16 2 BNP1
Q8 10 10 1 2 BPN1
Q9 9 10 1 2 BPN1
Q10 9 5 8 2 BNP1 
Q11 5 5 2 2 BNP1
Q12 4 4 1 2 BPN1
Q13A 20 4 1 2 BPN1 .106
Q13B 19 4 1 2 BPN1 .264
Q14 1 20 26 2 BNP2
Q15 20 26 12 2 BNP1 
Q16 1 15 21 2 BNP1
Q17 19 21 23 2 BNP1 
Q18 20 27 24 2 BNP1
Q19 20 20 27 2 BNP1
Q20 2 24 25 2 BPN2
Q21 22 25 12 2 BPN1 
Q22 15 22 2 2 BNP1
Q23A 2 19 24 2 BPN3
Q23B 2 19 15 2 BPN4
Q24 22 22 2 2 BNP1
R1 2 17 1K
R2 2 16 50K
R3 2 18 1K 
R4 2 8 3K
R5 4 5 39K
R6 12 26 27
R7 12 25 22 
R8 2 23 100
R9 2 21 50K
R10 24 27 40K
R11 2 22 50K 
CC 15 19 30P 
.MODEL BNP1 NPN (BF=209 BR=2.5 RB=670 RC=300 CJS=1.417P MJS=.25 
+ VJS=.6 CJE=.65P MJE=.33 VJE=.6 CJC=.36P MJC=.33 VJC=.45 
+ IS=1.26F VAF=178.6 TF=1.15N TR=405N ISE=1653 NE=2)
.MODEL BNP2 NPN (BF=400 BR=6.1 RB=185 RC=15 CJS=3.455P MJS=.25 
+ VJS=.6 CJE=2.8P MJE=.33 VJE=.6 CJC=1.55P MJC=.33 VJC=.45 
+ IS=.395F VAF=267 TF=.76N TR=243N ISE=1543 NE=2)
.MODEL BPN1 LPNP (BF=75 BR=3.8 RB=500 RC=150 CJS=2.259P MJS=.25 
+ VJS=.6 CJE=.1P MJE=.33 VJE=.45 CJC=1.05P MJC=.33 VJC=.45 
+ IS=3.15F VAF=55.11 TF=27.4N TR=2540N ISE=1764 NE=2)
.MODEL BPN2 PNP (BF=117 BR=4.8 RB=80 RC=156 
+ CJE=4.05P MJE=.25 VJE=.6 CJC=2.8P MJC=.25 VJC=.6 
+ IS=17.6F VAF=57.94 TF=26.5N TR=2430N ISE=478.4 NE=2)
.MODEL BPN3 PNP (BF=80 BR=1.5 RB=1100 RC=170 
+ CJE=1.1P MJE=.25 VJE=.6 CJC=2.4P MJC=.25 VJC=.6 
+ IS=.79F VAF=79.45 TF=26.5N TR=9550N ISE=1219 NE=2)
.MODEL BPN4 PNP (BF=19 BR=1 RB=650 RC=100 
+ CJE=1.9P MJE=.25 VJE=.6 CJC=2.4P MJC=.25 VJC=.6 
+ IS=.0063F VAF=167.1 TF=26.5N TR=2120N ISE=57.49K NE=2)
.ENDS ICL8741
*
*
.SUBCKT MSU832 2 1  6   8  12
*              + - Vdd Vss Vo
M1 4 1 3 3 NMOD W=15U L=5U AD=105P AS=105P PD=44U PS=44U
M2 5 2 3 3 NMOD W=15U L=5U AD=105P AS=105P PD=44U PS=44U
M3 4 4 6 6 PMOD W=46U L=5U AD=322P AS=322P PD=106U PS=106U
M4 5 4 6 6 PMOD W=46U L=5U AD=322P AS=322P PD=106U PS=106U
M5 3 7 8 8 NMOD W=26U L=5U AD=182P AS=182P PD=66U PS=66U
M6 7 7 8 8 NMOD W=13U L=5U AD=91P AS=91P PD=40U PS=40U
M7 11 5 6 6 PMOD W=50U L=5U AD=350P AS=350P PD=114U PS=114U
M8 14 7 8 8 NMOD W=13U L=5U AD=91P AS=91P PD=40U PS=40U
M9 6 11 12 8 NMOD W=150U L=5U AD=1050P AS=1050P PD=314U PS=314U
M10 8 14 12 6 PMOD W=460U L=5U AD=3220P AS=3220P PD=934U PS=934U
M9A 11 11 13 8 NMOD W=45U L=5U AD=315P AS=315P PD=104U PS=104U
M10A 14 14 13 6 PMOD W=138U L=5U AD=966P AS=966P PD=290U PS=290U
M11 7 7 6 6 PMOD W=6U L=50U AD=42P AS=42P PD=26U PS=26U
M12 15 7 5 6 PMOD W=15U L=5U AD=105P AS=105P PD=44U PS=44U
Ccomp 15 11 10P
.MODEL NMOD NMOS (VTO=0.8 KP=46U LAMBDA=0.06 GAMMA=0.25 
+ PHI=0.7 CGSO=285P CGDO=285P CGBO=409P TOX=43.5N CJ=104U 
+ MJ=0.66 CJSW=217P MJSW=0.18 PB=0.8)
.MODEL PMOD PMOS (VTO=-0.8 KP=15U LAMBDA=0.08 GAMMA=0.55 
+ PHI=0.7 CGSO=345P CGDO=345P CGBO=403P TOX=43.5N CJ=325U 
+ MJ=0.6 CJSW=254P MJSW=0.24 PB=0.8)
.ENDS MSU832