* copy from LTC.LIB
* additional outputs of both input stages 
***
*
*CCM	Wed May 19 16:13:40 1999
*
* RG1 IN- IN+ V- REF OUT V+ RG2 out1 out2
.SUBCKT LT1167int 1 2 3 4 5 6 7 8 10 11
*
XIN1 2 1 7 4 10 LT1167_IN1
XIN2 3 8 7 4 11 LT1167_IN2
XOUT 13 12 7 4 6 LT1167_OUT
* input protection
DIP1 2 7 DX
DIP2 3 7 DX
DIP3 4 2 DX
DIP4 4 3 DX
* input capacity
CDIFF 2 3 1.6E-12
CCM1 2 4 1.6E-12
CCM2 3 4 1.6E-12
* feedback network
RF1 1 10 24.7E3
CF1 1 10 2.5E-12
RF2 8 11 24.7E3
CF2 8 11 2.5E-12
RCM1 10 12 10E3
RCM2 6 12 10E3
RCM3 11 13 10E3
RCM4 13 5 10E3
.MODEL DX D (IS=8.2592e-016 RS=0 XTI=0)
.ENDS LT1167
*
***
*
.SUBCKT LT1167_IN1 1 2 3 4 5
*
* input stage
M1 11 2 10 10 M1 L=100U W=100U
M2 12 1 10 10 M2 L=100U W=100U
RD1 3 11 1.2575e+004 TC=-2.9700e-006
RD2 3 12 1.2575e+004 TC=2.9700e-006
DI1 1 3 DI1
DI2 2 3 DI2
C1 11 12 1.0547e-013
IEE 10 4 DC 1.5904e-004
GA 60 99 11 12 7.9520e-005
*
* noise sources
IR1 0 101 DC 1
IR2 0 102 DC 1
DR1 101 0 DRI
DR2 102 0 DRI
GRI1 99 1 101 102 2.8980e-003
IR3 0 103 DC 1
IR4 0 104 DC 1
DR3 103 0 DRI
DR4 104 0 DRI
GRI2 99 2 103 104 2.8980e-003
RRu 605 0 3.4435e+000
VRu 605 0 DC 0
FRu 99 60 VRu 1
*
* frequency shaper
RR1 6 60 1.0000e-003
*
* output stage
R2 6 99 1.0000e+003
C2 6 7 1.2500e-010
GB 7 99 6 99 3.5605e+003
R01 7 99 1.4900e+001
R02 7 50 1.0000e-001
R03 50 5 6.5000e+001
R04 5 99 5.9379e+009
VC 53 50 DC 1.2
VE 54 50 DC -1.2
DC1 53 55 DX
DC2 55 56 DX
DE1 57 54 DX
DE2 58 57 DX
GVC1 3 56 3 56 1.0E-4
GVE1 4 58 4 58 1.0E-4
GVC2 3 55 3 55 1.0E-5
GVE2 4 57 4 57 1.0E-5
GVLP 99 60 56 3 1.0000e+000
GVLN 99 60 58 4 1.0000e+000
*
* supply characteristic
EGND 99 0 POLY(2) 3 0 4 0 0 0.5 0.5
IP 3 4 DC 1.4096e-004
*
.MODEL DX D (IS=8.2592e-016 RS=0 XTI=0)
.MODEL M1 NMOS (LEVEL=3 KP=5.6117e-001 VTO=1.000010e+000 KF=7.6298e-028)
.MODEL M2 NMOS (LEVEL=3 KP=5.6117e-001 VTO=9.999900e-001 KF=7.6298e-028)
.MODEL DI1 D (IS=9.5500e-011 EG=2.1274e-001 XTI=3.0000e+000)
.MODEL DI2 D (IS=9.4500e-011 EG=2.1440e-001 XTI=3.0000e+000)
.MODEL DRI D (IS=8.2592e-016 KF=6.4148e-018 RS=0 XTI=0)
.ENDS LT1167_IN1
*
***
*
.SUBCKT LT1167_IN2 1 2 3 4 5
*
* input stage
M1 11 2 10 10 M1 L=100U W=100U
M2 12 1 10 10 M2 L=100U W=100U
RD1 3 11 1.2576e+004 TC=-2.9701e-006
RD2 3 12 1.2576e+004 TC=2.9701e-006
DI1 1 3 DI1
DI2 2 3 DI2
C1 11 12 1.0547e-013
IEE 10 4 DC 1.5904e-004
GA 60 99 11 12 7.9520e-005
*
* noise sources
IR1 0 101 DC 1
IR2 0 102 DC 1
DR1 101 0 DRI
DR2 102 0 DRI
GRI1 99 1 101 102 2.8980e-003
IR3 0 103 DC 1
IR4 0 104 DC 1
DR3 103 0 DRI
DR4 104 0 DRI
GRI2 99 2 103 104 2.8980e-003
RRu 605 0 3.4435e+000
VRu 605 0 DC 0
FRu 99 60 VRu 1
*
* frequency shaper
RR1 6 60 1.0000e-003
*
* output stage
R2 6 99 1.0000e+003
C2 6 7 1.2500e-010
GB 7 99 6 99 3.5605e+003
R01 7 99 1.4900e+001
R02 7 50 1.0000e-001
R03 50 5 6.5000e+001
R04 5 99 5.9379e+009
VC 53 50 DC 1.2
VE 54 50 DC -1.2
DC1 53 55 DX
DC2 55 56 DX
DE1 57 54 DX
DE2 58 57 DX
GVC1 3 56 3 56 1.0E-4
GVE1 4 58 4 58 1.0E-4
GVC2 3 55 3 55 1.0E-5
GVE2 4 57 4 57 1.0E-5
GVLP 99 60 56 3 1.0000e+000
GVLN 99 60 58 4 1.0000e+000
*
* supply characteristic
EGND 99 0 POLY(2) 3 0 4 0 0 0.5 0.5
IP 3 4 DC 1.4096e-004
*
.MODEL DX D (IS=8.2592e-016 RS=0 XTI=0)
.MODEL M1 NMOS (LEVEL=3 KP=5.6117e-001 VTO=1.000010e+000 KF=7.6298e-028)
.MODEL M2 NMOS (LEVEL=3 KP=5.6117e-001 VTO=9.999900e-001 KF=7.6298e-028)
.MODEL DI1 D (IS=6.5805e-012 EG=7.0510e-001 XTI=3.0000e+000)
.MODEL DI2 D (IS=5.3995e-012 EG=7.4520e-001 XTI=3.0000e+000)
.MODEL DRI D (IS=8.2592e-016 KF=6.4148e-018 RS=0 XTI=0)
.ENDS LT1167_IN2
*
***
*
.SUBCKT LT1167_OUT 1 2 3 4 5
*
* input stage
M1 11 2 10 10 M1 L=100U W=100U
M2 12 111 10 10 M2 L=100U W=100U
RD1 3 11 1.2576e+004 TC=-2.9703e-006
RD2 3 12 1.2576e+004 TC=2.9703e-006
DI1 111 3 DI1
DI2 2 3 DI2
C1 11 12 1.0546e-013
IEE 10 4 DC 1.5903e-004
GA 60 99 11 12 7.9514e-005
*
* noise sources
IR1 0 101 DC 1
IR2 0 102 DC 1
DR1 101 0 DRI
DR2 102 0 DRI
GRI1 99 1 101 102 2.8980e-003
IR3 0 103 DC 1
IR4 0 104 DC 1
DR3 103 0 DRI
DR4 104 0 DRI
GRI2 99 2 103 104 2.8980e-003
RRu 605 0 3.4435e+000
VRu 605 0 DC 0
FRu 99 60 VRu 1
*
* common mode rejection
GCM1 99 20 POLY(2) 1 99 2 99 0 5.0000e-004 5.0000e-004
RCM1 21 99 1.000000e+003
RCM2 20 99 1.0000e+006
LCM 20 21 5.3052e-001
*
*140 dB for gain=1000
*ECM 111 1 20 99 0.8E-7
*
* 125 dB for gain=100
ECM 111 1 20 99 5.6234e-007
*
*115 dB for gain=10
*ECM 111 1 20 99 1.778E-6
*
* frequency shaper
RR1 6 60 1.0000e-003
*
* output stage
R2 6 99 1.0000e+003
C2 6 7 1.2500e-010
GB 7 99 6 99 3.5605e+003
R01 7 99 1.4900e+001
R02 7 50 1.0000e-001
R03 50 5 6.5000e+001
R04 5 99 5.9379e+009
VC 53 50 DC 1.9000e+000
VE 54 50 DC -1.6000e+000
DC1 53 55 DX
DC2 55 56 DX
DE1 57 54 DX
DE2 58 57 DX
GVC1 3 56 3 56 1.0E-4
GVE1 4 58 4 58 1.0E-4
GVC2 3 55 3 55 1.0E-5
GVE2 4 57 4 57 1.0E-5
GVLP 99 60 56 3 1.0000e+000
GVLN 99 60 58 4 1.0000e+000
ECLP 91 0 7 50 3.7037e+002
ECLN 92 0 7 50 3.7037e+002
DCLP 91 90 DX
DCLN 90 92 DX
VLIM 90 0 DC 0
FB 7 99 VLIM 1.0851e+001
*
* supply characteristic
EGND 99 0 POLY(2) 3 0 4 0 0 0.5 0.5
DSUB 4 3 DX
IP 3 4 DC 1.4097e-004
*
GV 31 0 7 50 1.0000e+001
DP1 3 31 DX
DP2 33 4 DX
RGV 32 33 9.7531
EGV 31 32 POLY(1) 3 4 -0.8 1.0
*
.MODEL DX D (IS=8.2592e-016 RS=0 XTI=0)
.MODEL M1 NMOS (LEVEL=3 KP=5.6121e-001 VTO=1.000010e+000 KF=7.6303e-028)
.MODEL M2 NMOS (LEVEL=3 KP=5.6121e-001 VTO=9.999900e-001 KF=7.6303e-028)
.MODEL DI1 D (IS=9.5500e-011 EG=2.0727e-001 XTI=3.0000e+000)
.MODEL DI2 D (IS=9.4500e-011 EG=2.0883e-001 XTI=3.0000e+000)
.MODEL DRI D (IS=8.2592e-016 KF=6.4148e-018 RS=0 XTI=0)
.ENDS LT1167_OUT
*
***