Initial import

git-svn-id: http://moon:8086/svn/projects/ltspice@388 fda53097-d464-4ada-af97-ba876c37ca34
2021-02-15 10:42:15 +00:00
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+* Copyright © Linear Technology Corp. 1998, 1999, 2000.  All rights reserved.
+*
+.subckt 4N25 1 2 3 4 5
+R1 N003 2 2
+D1 1 N003 LD
+G1 3 5 N003 2 .876m
+C1 1 2 18p
+Q1 3 5 4 [4] NP
+.model LD D(Is=1e-20 Cjo=18p)
+.model NP NPN(Bf=610 Vaf=140 Ikf=15m Rc=1 Cjc=19p Cje=7p Cjs=7p C2=1e-15)
+.ends 4N25
@@ -0,0 +1,11 @@
+* Copyright © Linear Technology Corp. 1998, 1999, 2000.  All rights reserved.
+*
+.subckt 4N27 1 2 3 4 5
+R1 N003 2 2
+D1 1 N003 LD
+G1 3 5 N003 2 .582m
+C1 1 2 18p
+Q1 3 5 4 [4] NP
+.model LD D(Is=1e-20 Cjo=18p)
+.model NP NPN(Bf=610 Vaf=140 Ikf=15m Rc=1 Cjc=19p Cje=7p Cjs=7p C2=1e-15)
+.ends 4N27
@@ -0,0 +1,11 @@
+* Copyright © Linear Technology Corp. 1998, 1999, 2000.  All rights reserved.
+*
+.subckt CNY17 1 2 3 4 5
+R1 N003 2 2
+D1 1 N003 LD
+G1 3 5 N003 2 {Igain}
+C1 1 2 18p
+Q1 3 5 4 [4] NP
+.model LD D(Is=1e-20 Cjo=18p)
+.model NP NPN(Bf=610 Vaf=140 Ikf=15m Rc=1 Cjc=19p Cje=7p Cjs=7p C2=1e-15)
+.ends CNY17
@@ -0,0 +1,255 @@
+* Copyright (c) 2017 Linear Technology Corporation.  All rights reserved.
+* Author: Dan Eddleman
+*
+* Automotive Transient Models (ISO-16750-2)
+***************************************************************
+
+*.subckt 4-2_12V_DirectCurrentSupplyVoltageMinimum + -
+*.param Usmin = 6
+*V1 + - {Usmin}
+*.ends 4-2_12V_DirectCurrentSupplyVoltageMinimum
+
+*.subckt 4-2_24V_DirectCurrentSupplyVoltageMinimum + -
+*.param Usmin = 10
+*V1 + - {Usmin}
+*.ends 4-2_24V_DirectCurrentSupplyVoltageMinimum
+
+*.subckt 4-2_12V_DirectCurrentSupplyVoltageMaximum + -
+*.param Usmin = 16
+*V1 + - {Usmin}
+*.ends 4-2_12V_DirectCurrentSupplyVoltageMaximum
+
+*.subckt 4-2_24V_DirectCurrentSupplyVoltageMaximum + -
+*.param Usmin = 32
+*V1 + - {Usmin}
+*.ends 4-2_24V_DirectCurrentSupplyVoltageMaximum
+
+*.subckt 4-3_12V_Overvoltage + -
+*.param Usmax = 24
+*V1 + - {Usmax}
+*.ends 4-3_12V_Overvoltage
+
+*.subckt 4-3_24V_Overvoltage + -
+*.param Usmax = 36
+*V1 + - {Usmax}
+*.ends 4-3_24V_Overvoltage
+
+.subckt 4-4_12V_SuperimposedAlternatingVoltage + -
+.param Umax = 16
+.param Upp=4
+.param Ri=50m
+A1 N001 N004 0 0 0 0 N002 0 MODULATOR mark=25k space=0
+V1 N005 - PWL(0 0 10u {Umax-(Upp/2)}) Rser=1m
+B1 N001 0 V=2e-3*exp(v(t1)/9.654)
+V2 N004 0 PWL(0 0 1u 0 +1u {Upp/2}) Rser=1m
+R1 + N003 {Ri}
+E1 N003 N005 N002 0 1
+V3 t1 0 PWL(0 0 60 60 120 0 180 60 240 0 300 60 360 0 420 60 480 0 540 60 600 0) Rser=1m
+.ends 4-4_12V_SuperimposedAlternatingVoltage
+
+.subckt 4-4_24V_SuperimposedAlternatingVoltage + -
+.param Umax = 32
+.param Upp=10
+.param Ri=50m
+A1 N001 N004 0 0 0 0 N002 0 MODULATOR mark=25k space=0
+V1 N005 - PWL(0 0 10u {Umax-(Upp/2)}) Rser=1m
+B1 N001 0 V=2e-3*exp(v(t1)/9.654)
+V2 N004 0 PWL(0 0 1u 0 +1u {Upp/2}) Rser=1m
+R1 + N003 {Ri}
+E1 N003 N005 N002 0 1
+V3 t1 0 PWL(0 0 60 60 120 0 180 60 240 0 300 60 360 0 420 60 480 0 540 60 600 0) Rser=1m
+.ends 4-4_24V_SuperimposedAlternatingVoltage
+
+.subckt 4-5_12V_SlowDecreaseAndIncreaseOfSupplyVoltage + -
+.param Usmin = 6
+.param t0=1m
+V1 + - PWL(0 0 {t0} 0 +1u {Usmin} {Usmin*60/0.5} 0 {2*Usmin*60/0.5} {Usmin})
+.ends 4-5_12V_SlowDecreaseAndIncreaseOfSupplyVoltage
+
+.subckt 4-5_24V_SlowDecreaseAndIncreaseOfSupplyVoltage + -
+.param Usmin = 10
+.param t0=1m
+V1 + - PWL(0 0 {t0} 0 +1u {Usmin} {Usmin*60/0.5} 0 {2*Usmin*60/0.5} {Usmin})
+.ends 4-5_24V_SlowDecreaseAndIncreaseOfSupplyVoltage
+
+.subckt 4-6-1_12V_MomentaryDropInSupplyVoltage + -
+.param Usmin = 6
+V2 + - PWL(0 0 +1u {Usmin} 10 {Usmin} +1m 4.5 10.1 4.5 +1m {Usmin})
+.ends 4-6-1_12V_MomentaryDropInSupplyVoltage
+
+.subckt 4-6-1_24V_MomentaryDropInSupplyVoltage + -
+.param Usmin = 10
+V2 + - PWL(0 0 +1u {Usmin} 10 {Usmin} +1m 9 10.1 9 +1m {Usmin})
+.ends 4-6-1_24V_MomentaryDropInSupplyVoltage
+
+.subckt 4-6-2_12V_ResetBehaviourAtVoltageDrop + -
+.param Usmin = 6
+V1 + - PWL(0 0 +1u {Usmin} 20 {Usmin} +1m {Usmin*0.95} +5 {Usmin*0.95} +1m {Usmin} +10 {Usmin} +1m {Usmin*0.90} +5 {Usmin*0.90} +1m {Usmin} +10 {Usmin} +1m {Usmin*0.85} +5 {Usmin*0.85} +1m {Usmin} +10 {Usmin} +1m {Usmin*0.8} +5 {Usmin*0.8} +1m {Usmin} +10 {Usmin} +1m {Usmin*0.75} +5 {Usmin*0.75} +1m {Usmin} +10 {Usmin} +1m {Usmin*0.7} +5 {Usmin*0.7} +1m {Usmin} +10 {Usmin} +1m {Usmin*0.65} +5 {Usmin*0.65} +1m {Usmin} +10 {Usmin} +1m {Usmin*0.6} +5 {Usmin*0.6} +1m {Usmin} +10 {Usmin} +1m {Usmin*0.55} +5 {Usmin*0.55} +1m {Usmin} +10 {Usmin} +1m {Usmin*0.5} +5 {Usmin*0.5} +1m {Usmin} +10 {Usmin} +1m {Usmin*0.45} +5 {Usmin*0.45} +1m {Usmin} +10 {Usmin} +1m {Usmin*0.4} +5 {Usmin*0.4} +1m {Usmin} +10 {Usmin} +1m {Usmin*0.35} +5 {Usmin*0.35} +1m {Usmin} +10 {Usmin} +1m {Usmin*0.3} +5 {Usmin*0.3} +1m {Usmin} +10 {Usmin} +1m {Usmin*0.25} +5 {Usmin*0.25} +1m {Usmin} +10 {Usmin} +1m {Usmin*0.2} +5 {Usmin*0.2} +1m {Usmin} +10 {Usmin} +1m {Usmin*0.15} +5 {Usmin*0.15} +1m {Usmin} +10 {Usmin} +1m {Usmin*0.1} +5 {Usmin*0.1} +1m {Usmin} +10 {Usmin} +1m {Usmin*0.05} +5 {Usmin*0.05} +1m {Usmin} +10 {Usmin} +1m {Usmin*0} +5 {Usmin*0} +1m {Usmin} +40 {Usmin})
+.ends 4-6-2_12V_ResetBehaviourAtVoltageDrop
+
+.subckt 4-6-2_24V_ResetBehaviourAtVoltageDrop + -
+.param Usmin = 10
+V1 + - PWL(0 0 +1u {Usmin} 20 {Usmin} +1m {Usmin*0.95} +5 {Usmin*0.95} +1m {Usmin} +10 {Usmin} +1m {Usmin*0.90} +5 {Usmin*0.90} +1m {Usmin} +10 {Usmin} +1m {Usmin*0.85} +5 {Usmin*0.85} +1m {Usmin} +10 {Usmin} +1m {Usmin*0.8} +5 {Usmin*0.8} +1m {Usmin} +10 {Usmin} +1m {Usmin*0.75} +5 {Usmin*0.75} +1m {Usmin} +10 {Usmin} +1m {Usmin*0.7} +5 {Usmin*0.7} +1m {Usmin} +10 {Usmin} +1m {Usmin*0.65} +5 {Usmin*0.65} +1m {Usmin} +10 {Usmin} +1m {Usmin*0.6} +5 {Usmin*0.6} +1m {Usmin} +10 {Usmin} +1m {Usmin*0.55} +5 {Usmin*0.55} +1m {Usmin} +10 {Usmin} +1m {Usmin*0.5} +5 {Usmin*0.5} +1m {Usmin} +10 {Usmin} +1m {Usmin*0.45} +5 {Usmin*0.45} +1m {Usmin} +10 {Usmin} +1m {Usmin*0.4} +5 {Usmin*0.4} +1m {Usmin} +10 {Usmin} +1m {Usmin*0.35} +5 {Usmin*0.35} +1m {Usmin} +10 {Usmin} +1m {Usmin*0.3} +5 {Usmin*0.3} +1m {Usmin} +10 {Usmin} +1m {Usmin*0.25} +5 {Usmin*0.25} +1m {Usmin} +10 {Usmin} +1m {Usmin*0.2} +5 {Usmin*0.2} +1m {Usmin} +10 {Usmin} +1m {Usmin*0.15} +5 {Usmin*0.15} +1m {Usmin} +10 {Usmin} +1m {Usmin*0.1} +5 {Usmin*0.1} +1m {Usmin} +10 {Usmin} +1m {Usmin*0.05} +5 {Usmin*0.05} +1m {Usmin} +10 {Usmin} +1m {Usmin*0} +5 {Usmin*0} +1m {Usmin} +40 {Usmin})
+.ends 4-6-2_24V_ResetBehaviourAtVoltageDrop
+
+.subckt 4-6-3_12V_StartingProfile + -
+.param Ub = 13.5
+.param Us6 = 6
+.param Us = 6.5
+.param tf = 5m
+.param t6 = 15m
+.param t7 = 50m
+.param t8 = 10000m
+.param tr = 100m
+.param Ri = 10m
+.param t0 = 1
+R1 + - {Ri}
+I3 - + PWL(0 0 +1u {Ub/Ri} {t0} {Ub/Ri} {t0+tf} {Us6/Ri} {t0+tf+t6} {Us6/Ri} {t0+tf+t6+t7} {(Us+1)/Ri} {t0+tf+t6+t7+t8} {(Us+1)/Ri} {t0+tf+t6+t7+t8+tr} {Ub/Ri})
+I1 - + SINE(0 {1/Ri} 2 {t0+tf+t6+t7} 0 180 {t8*2})
+.ends 4-6-3_12V_StartingProfile
+
+.subckt 4-6-3_24V_StartingProfile + -
+.param Ub = 27
+.param Us6 = 6
+.param Us = 10
+.param tf = 10m
+.param t6 = 50m
+.param t7 = 50m
+.param t8 = 1000m
+.param tr = 40m
+.param Ri = 10m
+.param t0 = 1
+R1 + - {Ri}
+I3 - + PWL(0 0 +1u {Ub/Ri} {t0} {Ub/Ri} {t0+tf} {Us6/Ri} {t0+tf+t6} {Us6/Ri} {t0+tf+t6+t7} {(Us+1)/Ri} {t0+tf+t6+t7+t8} {(Us+1)/Ri} {t0+tf+t6+t7+t8+tr} {Ub/Ri})
+I1 - + SINE(0 {1/Ri} 2 {t0+tf+t6+t7} 0 180 {t8*2})
+.ends 4-6-3_24V_StartingProfile
+
+.subckt 4-6-4_12V_LoadDumpWithoutSuppressionTestA + -
+.param Ua=14
+.param Us=101
+.param UsClamp={Us}
+.param Ri=0.5
+.param t0=1
+.param Creservoir=0.15 Rshunt=1.55
+L1 N004 N005 2m
+D1 N007 + Dideal
+V2 N007 - PWL(0 0 1m {Ua})
+R1 N005 - {Rshunt}
+D2 N006 + Dideal
+C1 N003 - {Creservoir}
+R2 N003 N002 100
+V3 N002 - PWL(0 0 1m {Us})
+S1 N004 N003 N001 0 Sideal
+V4 N001 0 PULSE(0 1 {t0} +1n +1n 1 60 10)
+R3 N006 N005 {Ri}
+D3 + N008 Dideal
+V5 N008 - PWL(0 0 1m {Usclamp})
+.model Sideal SW(Ron=1m Roff=100MEG Vt=0.5 Vh=-0.1)
+.model Dideal D(Ron=1m Roff=1MEG Vfwd=1m epsilon=10m)
+.ic V(n003)={Us}
+.ends 4-6-4_12V_LoadDumpWithoutSuppressionTestA
+
+
+.subckt 4-6-4_24V_LoadDumpWithoutSuppressionTestA + -
+.param Ua=28
+.param Us=202
+.param UsClamp={Us}
+.param Ri=1
+.param t0=1
+.param Creservoir=0.15 Rshunt=1.55
+L1 N004 N005 2m
+D1 N007 + Dideal
+V2 N007 - PWL(0 0 1m {Ua})
+R1 N005 - {Rshunt}
+D2 N006 + Dideal
+C1 N003 - {Creservoir}
+R2 N003 N002 100
+V3 N002 - PWL(0 0 1m {Us})
+S1 N004 N003 N001 0 Sideal
+V4 N001 0 PULSE(0 1 {t0} +1n +1n 1 60 10)
+R3 N006 N005 {Ri}
+D3 + N008 Dideal
+V5 N008 - PWL(0 0 1m {Usclamp})
+.model Sideal SW(Ron=1m Roff=100MEG Vt=0.5 Vh=-0.1)
+.model Dideal D(Ron=1m Roff=1MEG Vfwd=1m epsilon=10m)
+.ic V(n003)={Us}
+.ends 4-6-4_24V_LoadDumpWithoutSuppressionTestA
+
+.subckt 4-6-4_12V_LoadDumpWithSuppressionTestB + -
+.param Ua=14
+.param Us=101
+.param UsClamp=35
+.param Ri=0.5
+.param t0=1
+.param Creservoir=0.15 Rshunt=1.55
+L1 N004 N005 2m
+D1 N007 + Dideal
+V2 N007 - PWL(0 0 1m {Ua})
+R1 N005 - {Rshunt}
+D2 N006 + Dideal
+C1 N003 - {Creservoir}
+R2 N003 N002 100
+V3 N002 - PWL(0 0 1m {Us})
+S1 N004 N003 N001 0 Sideal
+V4 N001 0 PULSE(0 1 {t0} +1n +1n 1 60 10)
+R3 N006 N005 {Ri}
+D3 + N008 Dideal
+V5 N008 - PWL(0 0 1m {Usclamp})
+.model Sideal SW(Ron=1m Roff=100MEG Vt=0.5 Vh=-0.1)
+.model Dideal D(Ron=1m Roff=1MEG Vfwd=1m epsilon=10m)
+.ic V(n003)={Us}
+.ends 4-6-4_12V_LoadDumpWithSuppressionTestB
+
+.subckt 4-6-4_24V_LoadDumpWithSuppressionTestB + -
+.param Ua=28
+.param Us=202
+.param UsClamp=58
+.param Ri=1
+.param t0=1
+.param Creservoir=0.15 Rshunt=1.55
+L1 N004 N005 2m
+D1 N007 + Dideal
+V2 N007 - PWL(0 0 1m {Ua})
+R1 N005 - {Rshunt}
+D2 N006 + Dideal
+C1 N003 - {Creservoir}
+R2 N003 N002 100
+V3 N002 - PWL(0 0 1m {Us})
+S1 N004 N003 N001 0 Sideal
+V4 N001 0 PULSE(0 1 {t0} +1n +1n 1 60 10)
+R3 N006 N005 {Ri}
+D3 + N008 Dideal
+V5 N008 - PWL(0 0 1m {Usclamp})
+.model Sideal SW(Ron=1m Roff=100MEG Vt=0.5 Vh=-0.1)
+.model Dideal D(Ron=1m Roff=1MEG Vfwd=1m epsilon=10m)
+.ic V(n003)={Us}
+.ends 4-6-4_24V_LoadDumpWithSuppressionTestB
+
+.subckt 4-7_12V_ReversedVoltageCase2 + -
+V1 + - PWL(0 0 1m {Ua} 100m {Ua} +1u {-1*Ua})
+.param Ua=14
+.ends 4-7_12V_ReversedVoltageCase2
+
+.subckt 4-9-1_12V_SingleLineInterruption + -
+V3 N002 0 PWL(0 -1 {t0} -1 +1u 1 +10 1 +1u -1)
+.param Ua=14
+.param t0=1
+V2 N001 - PWL(0 0 1u {Ua})
+S1 N001 + N002 0 SHORT
+.model SHORT SW(Ron=1m Roff=10MEG Vt=0 Vh=-.5)
+.ends 4-9-1_12V_SingleLineInterruption
+
+
+.subckt 4-7_24V_ReversedVoltageCase2 + -
+V1 + - PWL(0 0 1m {Ua} 100m {Ua} +1u {-1*Ua})
+.param Ua=28
+.ends 4-7_24V_ReversedVoltageCase2
+
+.subckt 4-9-1_24V_SingleLineInterruption + -
+.param Ua=28
+.param t0=1
+V2 N001 - PWL(0 0 1u {Ua})
+S1 N001 + N002 0 SHORT
+V3 N002 0 PWL(0 -1 {t0} -1 +1u 1 +10 1 +1u -1)
+.model SHORT SW(Ron=1m Roff=10MEG Vt=0 Vh=-.5)
+.ends 4-9-1_24V_SingleLineInterruption
@@ -0,0 +1,148 @@
+* Copyright (c) 2017 Linear Technology Corporation.  All rights reserved.
+* Author: Dan Eddleman
+*
+* Automotive Transient Models (ISO-7637-2)
+***************************************************************
+
+.subckt Pulse1_12V + -
+.param  Ua = 13.5
+.param  Us = -150
+.param  Ri = 10
+.param  td = 2m
+.param  tr = 1u
+.param  t1 = 0.5
+.param  t2  = 200m
+.param  t3 = 50us
+.param  t0 = 1m
+R2 + - {Ri}
+I1 - + EXP(0 {Us/Ri} {t0+t3} {tr/2.2} {t0+t3+(5*tr)} {td/2.305} {t1})
+I2 - + PULSE({Ua/Ri} 0 {t0} 1u 1u {t2} {t1})
+.ends Pulse1_12V
+
+.subckt Pulse1_24V + -
+.param  Ua = 27
+.param  Us = -600
+.param  Ri = 50
+.param  td = 1m
+.param  tr = 3u
+.param  t1 = 0.5
+.param  t2  = 200m
+.param  t3 = 50us
+.param  t0 = 1m
+R2 + - {Ri}
+I1 - + EXP(0 {Us/Ri} {t0+t3} {tr/2.2} {t0+t3+(5*tr)} {td/2.305} {t1})
+I2 - + PULSE({Ua/Ri} 0 {t0} 1u 1u {t2} {t1})
+.ends Pulse1_24V
+
+.subckt Pulse2a_12V + -
+.param Ua = 13.5
+.param Us = 112
+.param Ri = 2
+.param td = 50u
+.param tr = 1u
+.param t1 = 0.2
+.param t0 = 1m
+R1 + - {Ri}
+I3 - + EXP({Ua/Ri} {(Ua+Us)/Ri} {t0} {tr/2.2} {t0+(2*tr)} {td/2.305} {t1})
+.ends Pulse2a_12V
+
+
+.subckt Pulse2a_24V + -
+.param Ua = 27
+.param Us = 112
+.param Ri = 2
+.param td = 50u
+.param tr = 1u
+.param t1 = 0.2
+.param t0 = 1m
+R1 + - {Ri}
+I3 - + EXP({Ua/Ri} {(Ua+Us)/Ri} {t0} {tr/2.2} {t0+(2*tr)} {td/2.305} {t1})
+.ends Pulse2a_24V
+
+.subckt Pulse2b_12V + -
+.param Ua = 13.5
+.param Us = 10
+.param Ri = 0.05
+.param td = 0.2
+.param tr = 1m
+.param t12 = 1m
+.param t6=1m
+.param t0 = 1m
+.param ton=1
+.param trep = 5
+R1 + - {Ri}
+I3 - + EXP(0 {Us/Ri} {t0+t12+t6} {tr/2.2} {t0+t12+(2*tr)} {td/2.305} {trep})
+I1 - + PULSE({Ua/Ri} 0 {t0} {t12} {t12} {trep-ton} {trep})
+.ends Pulse2b_12V
+
+.subckt Pulse2b_24V + -
+.param Ua = 27
+.param Us = 20
+.param Ri = 0.05
+.param td = 0.2
+.param tr = 1m
+.param t12 = 1m
+.param t6=1m
+.param t0 = 1m
+.param ton=1
+.param trep = 5
+R1 + - {Ri}
+I3 - + EXP(0 {Us/Ri} {t0+t12+t6} {tr/2.2} {t0+t12+(2*tr)} {td/2.305} {trep})
+I1 - + PULSE({Ua/Ri} 0 {t0} {t12} {t12} {trep-ton} {trep})
+.ends Pulse2b_24V
+
+.subckt Pulse3a_12V + -
+.param  Ua = 13.5V
+.param  Us = -220V
+.param  Ri = 50
+.param  td = 150ns
+.param  tr = 5ns
+.param  t1 = 100u
+.param  t4 = 10ms
+.param  t5 = 90ms
+.param  t0 =  1ms
+R2 + - {Ri}
+I1 - + EXP({Ua/Ri} {(Us+Ua)/Ri} {t0} {tr/2.2} {t0+(2*tr)} {td/2.305} {t1} {t4/t1} {(t4+t5)})
+.ends Pulse3a_12V
+
+.subckt Pulse3a_24V + -
+.param  Ua = 27V
+.param  Us = -300V
+.param  Ri = 50
+.param  td = 150ns
+.param  tr = 5ns
+.param  t1 = 100u
+.param  t4 = 10ms
+.param  t5 = 90ms
+.param  t0 =  1ms
+R2 + - {Ri}
+I1 - + EXP({Ua/Ri} {(Us+Ua)/Ri} {t0} {tr/2.2} {t0+(2*tr)} {td/2.305} {t1} {t4/t1} {(t4+t5)})
+.ends Pulse3a_24V
+
+.subckt Pulse3b_12V + -
+.param  Ua = 13.5
+.param  Us = 150
+.param  Ri = 50
+.param  td = 150n
+.param  tr = 5n
+.param  t1 = 100u
+.param  t4 = 10m
+.param  t5 = 90m
+.param  t0 =  1m
+R1 + - {Ri}
+I2 - + EXP({Ua/Ri} {(Us+Ua)/Ri} {t0} {tr/2.2} {t0+(2*tr)} {td/2.305} {t1} {t4/t1} {(t4+t5)})
+.ends Pulse3b_12V
+
+.subckt Pulse3b_24V + -
+.param  Ua = 27
+.param  Us = 300
+.param  Ri = 50
+.param  td = 150n
+.param  tr = 5n
+.param  t1 = 100u
+.param  t4 = 10m
+.param  t5 = 90m
+.param  t0 =  1m
+R1 + - {Ri}
+I2 - + EXP({Ua/Ri} {(Us+Ua)/Ri} {t0} {tr/2.2} {t0+(2*tr)} {td/2.305} {t1} {t4/t1} {(t4+t5)})
+.ends Pulse3b_24V
@@ -0,0 +1,485 @@
+* Copyright © Linear Technology Corp. 2012.  All rights reserved.
+*
+.subckt LT1083-12 1 2 3
+Q1 N003 2 N006 0 N temp=27
+Q3 3 N002 2 0 NP
+I2 3 N003 55µ
+Q7 3 N003 N004 0 NA
+Q12 2 N004 N002 0 PA
+I1 N004 2 100µ
+D1 N002 3 D
+G1 N002 3 3 2 table( 10 0 20 2.8m 35 3m)
+R3 3 N002 100K
+G3 3 N002 3 2 table(0.95,0m 0.969,0.5m 1,1m 1.06,1.5m 1.16,2m 1.34,2.5m 1.64,3m)
+R4 N002 N006 1Meg
+C3 3 N004 500p Rser=5K
+D3 N003 3 D
+R7 3 N003 150Meg
+R8 2 N006 242
+R9 N006 1 2.074K
+D2 3 2 2mA
+.model 2mA D(Ron=250 Roff=100 Ilimit=2m)
+.model D D(Ron=1 Roff=1T)
+.model N NPN(BF=125 Cjc=40p Re=9.87K)
+.model NA NPN(BF=125)
+.model PA PNP(BF=80)
+.model NP NPN(BF=3K)
+.ends LT1083-12
+*
+.subckt LT1083-5 1 2 3
+Q1 N003 2 N006 0 N temp=27
+Q3 3 N002 2 0 NP
+I2 3 N003 55µ
+Q7 3 N003 N004 0 NA
+Q12 2 N004 N002 0 PA
+I1 N004 2 100µ
+D1 N002 3 D
+G1 N002 3 3 2 table( 10 0 20 2.8m 35 3m)
+R3 3 N002 100K
+G3 3 N002 3 2 table(0.95,0m 0.969,0.5m 1,1m 1.06,1.5m 1.16,2m 1.34,2.5m 1.64,3m)
+R4 N002 N006 1Meg
+C3 3 N004 500p Rser=5K
+D3 N003 3 D
+R7 3 N003 150Meg
+R8 2 N006 242
+R9 N006 1 730
+D2 3 2 2mA
+.model 2mA D(Ron=250 Roff=100 Ilimit=2m)
+.model D D(Ron=1 Roff=1T)
+.model N NPN(BF=125 Cjc=40p Re=9.87K)
+.model NA NPN(BF=125)
+.model PA PNP(BF=80)
+.model NP NPN(BF=3K)
+.ends LT1083-5
+*
+.subckt LT1083 1 2 3
+Q1 N003 2 1 0 N temp=27
+Q3 3 N002 2 0 NP
+I2 3 N003 55µ
+Q7 3 N003 N004 0 NA
+Q12 2 N004 N002 0 PA
+I1 N004 2 100µ
+D1 N002 3 D
+G1 N002 3 3 2 table( 10 0 20 2.8m 35 3m)
+R3 3 N002 100K
+G3 3 N002 3 2 table(0.95,0m 0.969,0.5m 1,1m 1.06,1.5m 1.16,2m 1.34,2.5m 1.64,3m)
+R4 N002 1 1Meg
+C3 3 N004 500p Rser=5K
+D3 N003 3 D
+R7 3 N003 150Meg
+D2 3 2 2mA
+.model 2mA D(Ron=250 Roff=100 Ilimit=2m)
+.model D D(Ron=1 Roff=1T)
+.model N NPN(BF=125 Cjc=40p Re=9.87K)
+.model NA NPN(BF=125)
+.model PA PNP(BF=80)
+.model NP NPN(BF=3K)
+.ends LT1083
+*
+.subckt LT1084-12 1 2 3
+Q1 N003 2 N006 0 N temp=27
+Q3 3 N002 2 0 NP
+I2 3 N003 55µ
+Q7 3 N003 N004 0 NA
+Q12 2 N004 N002 0 PA
+I1 N004 2 100µ
+D1 N002 3 D
+G1 N002 3 3 2 table( 10 0 20 2.8m 35 3m)
+R3 3 N002 100K
+G3 3 N002 3 2 table(0.95,0m 0.969,0.5m 1,1m 1.06,1.5m 1.16,2m 1.34,2.5m 1.64,3m)
+R4 N002 N006 1Meg
+C3 3 N004 500p Rser=5K
+D3 N003 3 D
+R7 3 N003 150Meg
+D2 3 2 2mA
+R8 2 N006 242
+R9 N006 1 2.076K
+.model D D(Ron=1 Roff=1T)
+.model N NPN(BF=125 Cjc=40p Re=9.87K)
+.model NA NPN(BF=125)
+.model PA PNP(BF=80)
+.model NP NPN(BF=2K)
+.model 2mA D(Ron=250 Roff=100 Ilimit=2m)
+.ends LT1084-12
+*
+.subckt LT1084-3.3 1 2 3
+Q1 N003 2 N006 0 N temp=27
+Q3 3 N002 2 0 NP
+I2 3 N003 55µ
+Q7 3 N003 N004 0 NA
+Q12 2 N004 N002 0 PA
+I1 N004 2 100µ
+D1 N002 3 D
+G1 N002 3 3 2 table( 10 0 20 2.8m 35 3m)
+R3 3 N002 100K
+G3 3 N002 3 2 table(0.95,0m 0.969,0.5m 1,1m 1.06,1.5m 1.16,2m 1.34,2.5m 1.64,3m)
+R4 N002 N006 1Meg
+C3 3 N004 500p Rser=5K
+D3 N003 3 D
+R7 3 N003 150Meg
+D2 3 2 2mA
+R8 2 N006 242
+R9 N006 1 397
+.model D D(Ron=1 Roff=1T)
+.model N NPN(BF=125 Cjc=40p Re=9.87K)
+.model NA NPN(BF=125)
+.model PA PNP(BF=80)
+.model NP NPN(BF=2K)
+.model 2mA D(Ron=250 Roff=100 Ilimit=2m)
+.ends LT1084-3.3
+*
+.subckt LT1084-5 1 2 3
+Q1 N003 2 N006 0 N temp=27
+Q3 3 N002 2 0 NP
+I2 3 N003 55µ
+Q7 3 N003 N004 0 NA
+Q12 2 N004 N002 0 PA
+I1 N004 2 100µ
+D1 N002 3 D
+G1 N002 3 3 2 table( 10 0 20 2.8m 35 3m)
+R3 3 N002 100K
+G3 3 N002 3 2 table(0.95,0m 0.969,0.5m 1,1m 1.06,1.5m 1.16,2m 1.34,2.5m 1.64,3m)
+R4 N002 N006 1Meg
+C3 3 N004 500p Rser=5K
+D3 N003 3 D
+R7 3 N003 150Meg
+D2 3 2 2mA
+R8 2 N006 242
+R9 N006 1 725
+.model D D(Ron=1 Roff=1T)
+.model N NPN(BF=125 Cjc=40p Re=9.87K)
+.model NA NPN(BF=125)
+.model PA PNP(BF=80)
+.model NP NPN(BF=2K)
+.model 2mA D(Ron=250 Roff=100 Ilimit=2m)
+.ends LT1084-5
+*
+.subckt LT1084 1 2 3
+Q1 N003 2 1 0 N temp=27
+Q3 3 N002 2 0 NP
+I2 3 N003 55µ
+Q7 3 N003 N004 0 NA
+Q12 2 N004 N002 0 PA
+I1 N004 2 100µ
+D1 N002 3 D
+G1 N002 3 3 2 table( 10 0 20 2.8m 35 3m)
+R3 3 N002 100K
+G3 3 N002 3 2 table(0.95,0m 0.969,0.5m 1,1m 1.06,1.5m 1.16,2m 1.34,2.5m 1.64,3m)
+R4 N002 1 1Meg
+C3 3 N004 500p Rser=5K
+D3 N003 3 D
+R7 3 N003 150Meg
+D2 3 2 2mA
+.model D D(Ron=1 Roff=1T)
+.model N NPN(BF=125 Cjc=40p Re=9.87K)
+.model NA NPN(BF=125)
+.model PA PNP(BF=80)
+.model NP NPN(BF=2K)
+.model 2mA D(Ron=250 Roff=100 Ilimit=2m)
+.ends LT1084
+*
+.subckt LT1085-12 1 2 3
+Q1 N003 2 N006 0 N temp=27
+Q3 3 N002 2 0 NP
+I2 3 N003 55µ
+Q7 3 N003 N004 0 NA
+Q12 2 N004 N002 0 PA
+I1 N004 2 100µ
+D1 N002 3 D
+G1 N002 3 3 2 table( 10 0 20 2.8m 35 3m)
+R3 3 N002 100K
+G3 3 N002 3 2 table(0.95,0m 0.969,0.5m 1,1m 1.06,1.5m 1.16,2m 1.34,2.5m 1.64,3m)
+R4 N002 N006 1Meg
+C3 3 N004 500p Rser=5K
+D3 N003 3 D
+R7 3 N003 150Meg
+D2 3 2 2mA
+R2 2 N006 242
+R8 N006 1 2.076K
+.model D D(Ron=1 Roff=1T)
+.model N NPN(BF=125 Cjc=40p Re=9.87K)
+.model NA NPN(BF=125)
+.model PA PNP(BF=80)
+.model NP NPN(BF=1.2K)
+.model 2mA D(Ron=250 Roff=100 Ilimit=2m)
+.ends LT1085-12
+*
+.subckt LT1085-3.3 1 2 3
+Q1 N003 2 N006 0 N temp=27
+Q3 3 N002 2 0 NP
+I2 3 N003 55µ
+Q7 3 N003 N004 0 NA
+Q12 2 N004 N002 0 PA
+I1 N004 2 100µ
+D1 N002 3 D
+G1 N002 3 3 2 table( 10 0 20 2.8m 35 3m)
+R3 3 N002 100K
+G3 3 N002 3 2 table(0.95,0m 0.969,0.5m 1,1m 1.06,1.5m 1.16,2m 1.34,2.5m 1.64,3m)
+R4 N002 N006 1Meg
+C3 3 N004 500p Rser=5K
+D3 N003 3 D
+R7 3 N003 150Meg
+D2 3 2 2mA
+R2 2 N006 242
+R8 N006 1 397
+.model D D(Ron=1 Roff=1T)
+.model N NPN(BF=125 Cjc=40p Re=9.87K)
+.model NA NPN(BF=125)
+.model PA PNP(BF=80)
+.model NP NPN(BF=1.2K)
+.model 2mA D(Ron=250 Roff=100 Ilimit=2m)
+.ends LT1085-3.3
+*
+.subckt LT1085-3.6 1 2 3
+Q1 N003 2 N006 0 N temp=27
+Q3 3 N002 2 0 NP
+I2 3 N003 55µ
+Q7 3 N003 N004 0 NA
+Q12 2 N004 N002 0 PA
+I1 N004 2 100µ
+D1 N002 3 D
+G1 N002 3 3 2 table( 10 0 20 2.8m 35 3m)
+R3 3 N002 100K
+G3 3 N002 3 2 table(0.95,0m 0.969,0.5m 1,1m 1.06,1.5m 1.16,2m 1.34,2.5m 1.64,3m)
+R4 N002 N006 1Meg
+C3 3 N004 500p Rser=5K
+D3 N003 3 D
+R7 3 N003 150Meg
+D2 3 2 2mA
+R2 2 N006 242
+R8 N006 1 455
+.model D D(Ron=1 Roff=1T)
+.model N NPN(BF=125 Cjc=40p Re=9.87K)
+.model NA NPN(BF=125)
+.model PA PNP(BF=80)
+.model NP NPN(BF=1.2K)
+.model 2mA D(Ron=250 Roff=100 Ilimit=2m)
+.ends LT1085-3.6
+*
+.subckt LT1085-5 1 2 3
+Q1 N003 2 N006 0 N temp=27
+Q3 3 N002 2 0 NP
+I2 3 N003 55µ
+Q7 3 N003 N004 0 NA
+Q12 2 N004 N002 0 PA
+I1 N004 2 100µ
+D1 N002 3 D
+G1 N002 3 3 2 table( 10 0 20 2.8m 35 3m)
+R3 3 N002 100K
+G3 3 N002 3 2 table(0.95,0m 0.969,0.5m 1,1m 1.06,1.5m 1.16,2m 1.34,2.5m 1.64,3m)
+R4 N002 N006 1Meg
+C3 3 N004 500p Rser=5K
+D3 N003 3 D
+R7 3 N003 150Meg
+D2 3 2 2mA
+R2 2 N006 242
+R8 N006 1 725
+.model D D(Ron=1 Roff=1T)
+.model N NPN(BF=125 Cjc=40p Re=9.87K)
+.model NA NPN(BF=125)
+.model PA PNP(BF=80)
+.model NP NPN(BF=1.2K)
+.model 2mA D(Ron=250 Roff=100 Ilimit=2m)
+.ends LT1085-5
+*
+.subckt LT1085 1 2 3
+Q1 N003 2 1 0 N temp=27
+Q3 3 N002 2 0 NP
+I2 3 N003 55µ
+Q7 3 N003 N004 0 NA
+Q12 2 N004 N002 0 PA
+I1 N004 2 100µ
+D1 N002 3 D
+G1 N002 3 3 2 table( 10 0 20 2.8m 35 3m)
+R3 3 N002 100K
+G3 3 N002 3 2 table(0.95,0m 0.969,0.5m 1,1m 1.06,1.5m 1.16,2m 1.34,2.5m 1.64,3m)
+R4 N002 1 1Meg
+C3 3 N004 500p Rser=5K
+D3 N003 3 D
+R7 3 N003 150Meg
+D2 3 2 2mA
+.model D D(Ron=1 Roff=1T)
+.model N NPN(BF=125 Cjc=40p Re=9.87K)
+.model NA NPN(BF=125)
+.model PA PNP(BF=80)
+.model NP NPN(BF=1.2K)
+.model 2mA D(Ron=250 Roff=100 Ilimit=2m)
+.ends LT1085
+*
+.subckt LT1086-12 1 2 3
+Q1 N002 2 N001 0 N temp=27
+R2 N001 N005 9.87K
+Q3 3 N007 2 0 NP
+I2 3 N002 55µ
+Q7 3 N002 N006 0 NA
+Q12 2 N006 N007 0 PA
+I1 N006 2 100µ
+D1 N007 3 D
+G1 N007 3 3 2 table( 10 0 20 2.8m 35 3m)
+R3 3 N007 100K
+G3 3 N007 3 2 table(0.95,0m 0.969,0.5m 1,1m 1.06,1.5m 1.16,2m 1.34,2.5m 1.64,3m)
+R4 N007 N005 1Meg
+I4 3 2 1.5m load
+C3 3 N006 500p Rser=5K
+D3 N002 3 D
+R7 3 N002 150Meg
+R8 2 N005 242
+R5 1 N005 2.075K
+.model N NPN(BF=125 Cjc=40p)
+.model NP NPN(BF=600)
+.model D D(Ron=1 Roff=1T)
+.model PA PNP(BF=80)
+.model NA NPN(BF=125)
+.ends LT1086-12
+*
+.subckt LT1086-2.85 1 2 3
+Q1 N002 2 N001 0 N temp=27
+R2 N001 N005 9.87K
+Q3 3 N007 2 0 NP
+I2 3 N002 55µ
+Q7 3 N002 N006 0 NA
+Q12 2 N006 N007 0 PA
+I1 N006 2 100µ
+D1 N007 3 D
+G1 N007 3 3 2 table( 10 0 20 2.8m 35 3m)
+R3 3 N007 100K
+G3 3 N007 3 2 table(0.95,0m 0.969,0.5m 1,1m 1.06,1.5m 1.16,2m 1.34,2.5m 1.64,3m)
+R4 N007 N005 1Meg
+I4 3 2 1.5m load
+C3 3 N006 500p Rser=5K
+D3 N002 3 D
+R7 3 N002 150Meg
+R8 2 N005 242
+R5 1 N005 310.1
+.model N NPN(BF=125 Cjc=40p)
+.model NP NPN(BF=600)
+.model D D(Ron=1 Roff=1T)
+.model PA PNP(BF=80)
+.model NA NPN(BF=125)
+.ends LT1086-2.85
+*
+.subckt LT1086-3.3 1 2 3
+Q1 N002 2 N001 0 N temp=27
+R2 N001 N005 9.87K
+Q3 3 N007 2 0 NP
+I2 3 N002 55µ
+Q7 3 N002 N006 0 NA
+Q12 2 N006 N007 0 PA
+I1 N006 2 100µ
+D1 N007 3 D
+G1 N007 3 3 2 table( 10 0 20 2.8m 35 3m)
+R3 3 N007 100K
+G3 3 N007 3 2 table(0.95,0m 0.969,0.5m 1,1m 1.06,1.5m 1.16,2m 1.34,2.5m 1.64,3m)
+R4 N007 N005 1Meg
+I4 3 2 1.5m load
+C3 3 N006 500p Rser=5K
+D3 N002 3 D
+R7 3 N002 150Meg
+R8 2 N005 242
+R5 1 N005 397
+.model N NPN(BF=125 Cjc=40p)
+.model NP NPN(BF=600)
+.model D D(Ron=1 Roff=1T)
+.model PA PNP(BF=80)
+.model NA NPN(BF=125)
+.ends LT1086-3.3
+*
+.subckt LT1086-3.6 1 2 3
+Q1 N002 2 N001 0 N temp=27
+R2 N001 N005 9.87K
+Q3 3 N007 2 0 NP
+I2 3 N002 55µ
+Q7 3 N002 N006 0 NA
+Q12 2 N006 N007 0 PA
+I1 N006 2 100µ
+D1 N007 3 D
+G1 N007 3 3 2 table( 10 0 20 2.8m 35 3m)
+R3 3 N007 100K
+G3 3 N007 3 2 table(0.95,0m 0.969,0.5m 1,1m 1.06,1.5m 1.16,2m 1.34,2.5m 1.64,3m)
+R4 N007 N005 1Meg
+I4 3 2 1.5m load
+C3 3 N006 500p Rser=5K
+D3 N002 3 D
+R7 3 N002 150Meg
+R8 2 N005 242
+R5 1 N005 455
+.model N NPN(BF=125 Cjc=40p)
+.model NP NPN(BF=600)
+.model D D(Ron=1 Roff=1T)
+.model PA PNP(BF=80)
+.model NA NPN(BF=125)
+.ends LT1086-3.6
+*
+.subckt LT1086-5 1 2 3
+Q1 N002 2 N001 0 N temp=27
+R2 N001 N005 9.87K
+Q3 3 N007 2 0 NP
+I2 3 N002 55µ
+Q7 3 N002 N006 0 NA
+Q12 2 N006 N007 0 PA
+I1 N006 2 100µ
+D1 N007 3 D
+G1 N007 3 3 2 table( 10 0 20 2.8m 35 3m)
+R3 3 N007 100K
+G3 3 N007 3 2 table(0.95,0m 0.969,0.5m 1,1m 1.06,1.5m 1.16,2m 1.34,2.5m 1.64,3m)
+R4 N007 N005 1Meg
+I4 3 2 1.5m load
+C3 3 N006 500p Rser=5K
+D3 N002 3 D
+R7 3 N002 150Meg
+R8 2 N005 242
+R5 1 N005 725
+.model N NPN(BF=125 Cjc=40p)
+.model NP NPN(BF=600)
+.model D D(Ron=1 Roff=1T)
+.model PA PNP(BF=80)
+.model NA NPN(BF=125)
+.ends LT1086-5
+*
+.subckt LT1086 1 2 3
+Q1 N002 2 N001 0 N temp=27
+R2 N001 1 9.87K
+Q3 3 N007 2 0 NP
+I2 3 N002 55µ
+Q7 3 N002 N006 0 NA
+Q12 2 N006 N007 0 PA
+I1 N006 2 100µ
+D1 N007 3 D
+G1 N007 3 3 2 table( 10 0 20 2.8m 35 3m)
+R3 3 N007 100K
+G3 3 N007 3 2 table(0.95,0m 0.969,0.5m 1,1m 1.06,1.5m 1.16,2m 1.34,2.5m 1.64,3m)
+R4 N007 1 1Meg
+I4 3 2 2m load
+C3 3 N006 500p Rser=5K
+D3 N002 3 D
+R7 3 N002 150Meg
+.model N NPN(BF=125 Cjc=40p)
+.model NP NPN(BF=600)
+.model D D(Ron=1 Roff=1T)
+.model PA PNP(BF=80)
+.model NA NPN(BF=125)
+.ends LT1086
+*
+.subckt LT1086H 1 2 3
+Q1 N002 3 N001 0 N temp=27
+R2 N001 2 9.87K
+Q3 1 N007 3 0 NP
+I2 1 N002 55µ
+Q7 1 N002 N006 0 NA
+Q12 3 N006 N007 0 PA
+I1 N006 3 100µ
+D1 N007 1 D
+G1 N007 1 1 3 table( 10 0 20 2.8m 35 3m)
+R3 1 N007 100K
+G3 1 N007 1 3 table(0.95,0m 0.969,0.5m 1,1m 1.06,1.5m 1.16,2m 1.34,2.5m 1.64,3m)
+R4 N007 2 1Meg
+I4 1 3 2m load
+C3 1 N006 500p Rser=5K
+D3 N002 1 D
+R7 1 N002 150Meg
+.model N NPN(BF=125 Cjc=40p)
+.model NP NPN(BF=300)
+.model D D(Ron=1 Roff=1T)
+.model PA PNP(BF=80)
+.model NA NPN(BF=125)
+.ends LT1086H
@@ -0,0 +1,91 @@
+* Copyright © Linear Technology Corp. 2012.  All rights reserved.
+*
+.subckt LT1117-2.85 1 2 3
+C4 3 COM 10p
+C5 2 COM 5p
+M1 N001 N005 2 2 Q temp=27
+D1 3 2 IM
+D2 3 N001 DO
+G2 3 N005 3 2 13n
+D3 3 COM 55uA
+G1 N005 2 2 N004 100µ
+C1 2 N005 50p Rpar=10K noiseless
+C3 N001 3 10p
+C2 2 N004 5n
+A1 2 COM 2 2 2 2 N004 2 OTA g=100u Iout=10u Ref=1.259 Vhigh=10 Vlow=-10
+D5 N004 2 10K
+R1 2 COM 250 noiseless
+R2 COM 1 313 noiseless
+.model Q VDMOS(Vto=0 Kp=800K)
+.model IM D(Ron=100 Vfwd=.6 epsilon=.2 Ilimit=1.7m noiseless)
+.model DO D(Ron=.1 epsilon=.07 Vfwd=.95 Ilimit=.95 noiseless)
+.model 55uA D(Ron=10K Roff=10K Ilimit=55u noiseless)
+.model 10K D(Ron=1 Roff=10K Vfwd=3m Vrev=3m epsilon=100m revepsilon=100m noiseless)
+.ends LT1117-2.85
+*
+.subckt LT1117-3.3 1 2 3
+C4 3 COM 10p
+C5 2 COM 5p
+M1 N001 N005 2 2 Q temp=27
+D1 3 2 IM
+D2 3 N001 DO
+G2 3 N005 3 2 13n
+D3 3 COM 55uA
+G1 N005 2 2 N004 100µ
+C1 2 N005 50p Rpar=10K noiseless
+C3 N001 3 10p
+C2 2 N004 5n
+A1 2 COM 2 2 2 2 N004 2 OTA g=100u Iout=10u Ref=1.259 Vhigh=10 Vlow=-10
+D5 N004 2 10K
+R1 2 COM 250 noiseless
+R2 COM 1 401 noiseless
+.model Q VDMOS(Vto=0 Kp=800K)
+.model IM D(Ron=100 Vfwd=.6 epsilon=.2 Ilimit=1.7m noiseless)
+.model DO D(Ron=.1 epsilon=.07 Vfwd=.95 Ilimit=.95 noiseless)
+.model 55uA D(Ron=10K Roff=10K Ilimit=55u noiseless)
+.model 10K D(Ron=1 Roff=10K Vfwd=3m Vrev=3m epsilon=100m revepsilon=100m noiseless)
+.ends LT1117-3.3
+*
+.subckt LT1117-5 1 2 3
+C4 3 COM 10p
+C5 2 COM 5p
+M1 N001 N005 2 2 Q temp=27
+D1 3 2 IM
+D2 3 N001 DO
+G2 3 N005 3 2 13n
+D3 3 COM 55uA
+G1 N005 2 2 N004 100µ
+C1 2 N005 50p Rpar=10K noiseless
+C3 N001 3 10p
+C2 2 N004 5n
+A1 2 COM 2 2 2 2 N004 2 OTA g=100u Iout=10u Ref=1.259 Vhigh=10 Vlow=-10
+D5 N004 2 10K
+R1 2 COM 250 noiseless
+R2 COM 1 735 noiseless
+.model Q VDMOS(Vto=0 Kp=800K)
+.model IM D(Ron=100 Vfwd=.6 epsilon=.2 Ilimit=1.7m noiseless)
+.model DO D(Ron=.1 epsilon=.07 Vfwd=.95 Ilimit=.95 noiseless)
+.model 55uA D(Ron=10K Roff=10K Ilimit=55u noiseless)
+.model 10K D(Ron=1 Roff=10K Vfwd=3m Vrev=3m epsilon=100m revepsilon=100m noiseless)
+.ends LT1117-5
+*
+.subckt LT1117 1 2 3
+C4 3 1 10p
+C5 2 1 5p
+M1 N001 N005 2 2 Q temp=27
+D1 3 2 IM
+D2 3 N001 DO
+G2 3 N005 3 2 13n
+D3 3 1 55uA
+G1 N005 2 2 N004 100µ
+C1 2 N005 50p Rpar=10K noiseless
+C3 N001 3 10p
+C2 2 N004 5n
+A1 2 1 2 2 2 2 N004 2 OTA g=100u Iout=10u Ref=1.259 Vhigh=10 Vlow=-10
+D5 N004 2 10K
+.model Q VDMOS(Vto=0 Kp=800K)
+.model IM D(Ron=100 Vfwd=.6 epsilon=.2 Ilimit=1.7m noiseless)
+.model DO D(Ron=.1 epsilon=.07 Vfwd=.95 Ilimit=.95 noiseless)
+.model 55uA D(Ron=10K Roff=10K Ilimit=55u noiseless)
+.model 10K D(Ron=1 Roff=10K Vfwd=3m Vrev=3m epsilon=100m revepsilon=100m noiseless)
+.ends LT1117
@@ -0,0 +1,164 @@
+* Copyright © Linear Technology Corp. 2012.  All rights reserved.
+*
+.subckt LT1118-2.5 1 2 3 4 5 6
+C4 5 1 10p
+C5 6 1 50p
+M1 N005 N008 6 6 Q temp=27
+D2 5 N005 DO
+G2 5 N008 5 6 .5µ
+G1 N008 6 6 N007 100µ
+C1 6 N008 .1p Rpar=10K noiseless
+C3 N005 5 10p
+C2 6 N007 50p Rpar=2Meg Rser=30K
+A1 4 1 6 6 6 6 N007 6 OTA g=50u Iout=10u Ref=1.225 Vhigh=1 Vlow=-1
+A2 5 1 1 1 1 1 N004 1 SCHMITT Vt=2 Vh=1m
+A3 3 1 1 1 1 1 N002 1 SCHMITT Vt=1.4 Vh=1m
+C6 3 1 1p
+A4 1 N002 1 N004 1 1 N003 1 AND tau=1u
+D4 3 1 1uA m=.1
+S1 6 N008 1 N003 SD
+S2 6 N007 1 N003 SD
+D1 1 6 S
+S3 N009 1 1 N003 SD
+G3 1 N009 6 N007 100µ
+C7 N009 1 .1p Rpar=10K noiseless
+M2 6 N009 1 1 Q temp=27
+D5 6 5 S
+D6 N009 1 L
+D7 4 1 1uA m=.35
+D3 5 1 1uA
+S4 5 1 N003 1 600uA
+D8 6 N007 L N=3
+D9 N007 6 L N=3
+R3 6 4 51.4K
+C9 4 1 .5p Rpar=50K
+.model Q VDMOS(Vto=2m Kp=100)
+.model DO D(Ron=.25 epsilon=.1 Vfwd=.8 Ilimit=1.2 noiseless)
+.model 1uA D(Ron=50K Roff=50K Ilimit=1u noiseless)
+.model SD SW(Ron=100 Roff=1G Vt=-.5 Vh=-.4)
+.model S D(Ron=1 epsilon=2)
+.model L D(Ron=100 Vfwd=110m epsilon=24m)
+.model 600uA SW(Ron=50 Roff=1G Vt=.5 Vh=-.4 Ilimit=600u level=2)
+.ends LT1118-2.5
+*
+.subckt LT1118-2.85 1 2 3 4 5 6
+C4 5 1 10p
+C5 6 1 50p
+M1 N005 N008 6 6 Q temp=27
+D2 5 N005 DO
+G2 5 N008 5 6 .5µ
+G1 N008 6 6 N007 100µ
+C1 6 N008 .1p Rpar=10K noiseless
+C3 N005 5 10p
+C2 6 N007 50p Rpar=2Meg Rser=30K
+A1 4 1 6 6 6 6 N007 6 OTA g=50u Iout=10u Ref=1.225 Vhigh=1 Vlow=-1
+A2 5 1 1 1 1 1 N004 1 SCHMITT Vt=2 Vh=1m
+A3 3 1 1 1 1 1 N002 1 SCHMITT Vt=1.4 Vh=1m
+C6 3 1 1p
+A4 1 N002 1 N004 1 1 N003 1 AND tau=1u
+D4 3 1 1uA m=.1
+S1 6 N008 1 N003 SD
+S2 6 N007 1 N003 SD
+D1 1 6 S
+S3 N009 1 1 N003 SD
+G3 1 N009 6 N007 100µ
+C7 N009 1 .1p Rpar=10K noiseless
+M2 6 N009 1 1 Q temp=27
+D5 6 5 S
+D6 N009 1 L
+D7 4 1 1uA m=.35
+D3 5 1 1uA
+S4 5 1 N003 1 600uA
+D8 6 N007 L N=3
+D9 N007 6 L N=3
+R3 6 4 65.39K
+C9 4 1 .5p Rpar=50K
+.model Q VDMOS(Vto=2m Kp=100)
+.model DO D(Ron=.25 epsilon=.1 Vfwd=.8 Ilimit=1.2 noiseless)
+.model 1uA D(Ron=50K Roff=50K Ilimit=1u noiseless)
+.model SD SW(Ron=100 Roff=1G Vt=-.5 Vh=-.4)
+.model S D(Ron=1 epsilon=2)
+.model L D(Ron=100 Vfwd=110m epsilon=24m)
+.model 600uA SW(Ron=50 Roff=1G Vt=.5 Vh=-.4 Ilimit=600u level=2)
+.ends LT1118-2.85
+*
+.subckt LT1118-5 1 2 3 4 5 6
+C4 5 1 10p
+C5 6 1 50p
+M1 N005 N008 6 6 Q temp=27
+D2 5 N005 DO
+G2 5 N008 5 6 .5µ
+G1 N008 6 6 N007 100µ
+C1 6 N008 .1p Rpar=10K noiseless
+C3 N005 5 10p
+C2 6 N007 50p Rpar=2Meg Rser=30K
+A1 4 1 6 6 6 6 N007 6 OTA g=50u Iout=10u Ref=1.225 Vhigh=1 Vlow=-1
+A2 5 1 1 1 1 1 N004 1 SCHMITT Vt=2 Vh=1m
+A3 3 1 1 1 1 1 N002 1 SCHMITT Vt=1.4 Vh=1m
+C6 3 1 1p
+A4 1 N002 1 N004 1 1 N003 1 AND tau=1u
+D4 3 1 1uA m=.1
+S1 6 N008 1 N003 SD
+S2 6 N007 1 N003 SD
+D1 1 6 S
+S3 N009 1 1 N003 SD
+G3 1 N009 6 N007 100µ
+C7 N009 1 .1p Rpar=10K noiseless
+M2 6 N009 1 1 Q temp=27
+D5 6 5 S
+D6 N009 1 L
+D7 4 1 1uA m=.35
+D3 5 1 1uA
+S4 5 1 N003 1 600uA
+D8 6 N007 L N=3
+D9 N007 6 L N=3
+R3 6 4 151.9K
+C9 4 1 .5p Rpar=50K
+.model Q VDMOS(Vto=2m Kp=100)
+.model DO D(Ron=.25 epsilon=.1 Vfwd=.8 Ilimit=1.2 noiseless)
+.model 1uA D(Ron=50K Roff=50K Ilimit=1u noiseless)
+.model SD SW(Ron=100 Roff=1G Vt=-.5 Vh=-.4)
+.model S D(Ron=1 epsilon=2)
+.model L D(Ron=100 Vfwd=110m epsilon=24m)
+.model 600uA SW(Ron=50 Roff=1G Vt=.5 Vh=-.4 Ilimit=600u level=2)
+.ends LT1118-5
+*
+.subckt LT1118 1 2 3 4 5 6
+C4 5 1 10p
+C5 6 1 50p
+M1 N005 N008 6 6 Q temp=27
+D2 5 N005 DO
+G2 5 N008 5 6 .5µ
+G1 N008 6 6 N007 100µ
+C1 6 N008 .1p Rpar=10K noiseless
+C3 N005 5 10p
+C2 6 N007 50p Rpar=2Meg Rser=30K
+A1 4 1 6 6 6 6 N007 6 OTA g=50u Iout=10u Ref=1.225 Vhigh=1 Vlow=-1
+A2 5 1 1 1 1 1 N004 1 SCHMITT Vt=2 Vh=1m
+A3 3 1 1 1 1 1 N002 1 SCHMITT Vt=1.4 Vh=1m
+C6 3 1 1p
+A4 1 N002 1 N004 1 1 N003 1 AND tau=1u
+D4 3 1 1uA m=.1
+S1 6 N008 1 N003 SD
+S2 6 N007 1 N003 SD
+D1 1 6 S
+S3 N010 1 1 N003 SD
+G3 1 N010 6 N007 100µ
+C7 N010 1 .1p Rpar=10K noiseless
+M2 6 N010 1 1 Q temp=27
+D5 6 5 S
+D6 N010 1 L
+D7 4 1 1uA m=.35
+D3 5 1 1uA
+S4 5 1 N003 1 600uA
+D8 6 N007 L N=3
+D9 N007 6 L N=3
+C9 4 1 .5p
+.model Q VDMOS(Vto=2m Kp=100)
+.model DO D(Ron=.25 epsilon=.1 Vfwd=.8 Ilimit=1.2 noiseless)
+.model 1uA D(Ron=50K Roff=50K Ilimit=1u noiseless)
+.model SD SW(Ron=100 Roff=1G Vt=-.5 Vh=-.4)
+.model S D(Ron=1 epsilon=2)
+.model L D(Ron=100 Vfwd=110m epsilon=24m)
+.model 600uA SW(Ron=50 Roff=1G Vt=.5 Vh=-.4 Ilimit=600u level=2)
+.ends LT1118
@@ -0,0 +1,125 @@
+* Copyright © Linear Technology Corp. 2017.  All rights reserved.
+*
+.subckt LT1121-3.3 1 2 3 4 5 6 7 8
+Q1 N9 N1 8 0 PN
+Q2 N1 N2 3 0 NA
+Q3 N2 N3 N5 0 NP temp=27
+C1 N2 N3 20p Rser=300K
+Q4 N3 N3 N4 0 NP 10 temp=27
+R3 N5 3 2.4K
+C2 1 N3 20p Rser=20K
+Q5 1 1 N6 0 FB temp=27
+R6 N4 N6 81K
+I1 8 5 6µ load
+G2 8 N3 N8 3 7µ
+G1 8 N2 N8 3 7µ
+R1 8 N1 150K
+R8 N9 1 1.1
+D3 0 N10 F
+G3 0 N10 1 N9 10m
+Q7 N3 N1 N9 0 P 10m
+D1 8 1 X
+C5 1 3 10p
+C7 8 3 10p
+G5 N10 0 N8 3 table(0 3m 1 0)
+D2 5 3 A
+D4 3 5 B
+I2 0 N10 3m
+C4 8 N2 50p Rser=.1G
+C8 8 N3 500p Rser=.1G Rpar=3G
+R4 N4 3 2K
+A1 5 3 3 3 3 3 N8 3 SCHMITT vt=.95 vh=1m trise=2u
+A2 N10 0 N2 N2 N2 N2 3 N2 VARISTOR
+.model PN PNP(BF=25 Cje=500p Cjc=500p)
+.model NA NPN(BF=150K Cje=1p Cjc=1p Re=40)
+.model NP NPN(Cje=10p Cjc=10p BF=150)
+.model FB NPN(Cje=5p Cjc=5p BF=200)
+.model F D(Ron=1m Roff=10K)
+.model P PNP(BF=100)
+.model X D(Ron=10 Vfwd=30)
+.model A D(Ron=110 Vfwd=6.6)
+.model B D(Ron=2 Vrev=7.5 Vfwd=.6)
+.ends LT1121-3.3
+*
+.subckt LT1121-5 1 2 3 4 5 6 7 8
+Q1 N9 N1 8 0 PN
+Q2 N1 N2 3 0 NA
+Q3 N2 N3 N5 0 NP temp=27
+C1 N2 N3 20p Rser=300K
+Q4 N3 N3 N4 0 NP 10 temp=27
+R3 N5 3 2.4K
+C2 1 N3 20p Rser=20K
+Q5 1 1 N6 0 FB temp=27
+R6 N4 N6 135.5K
+I1 8 5 6µ load
+G2 8 N3 N8 3 7µ
+G1 8 N2 N8 3 7µ
+R1 8 N1 150K
+R8 N9 1 1.1
+D3 0 N10 F
+G3 0 N10 1 N9 10m
+Q7 N3 N1 N9 0 P 10m
+D1 8 1 X
+C5 1 3 10p
+C7 8 3 10p
+G5 N10 0 N8 3 table(0 3m 1 0)
+D2 5 3 A
+D4 3 5 B
+I2 0 N10 3m
+C4 8 N2 50p Rser=.1G
+C8 8 N3 500p Rser=.1G Rpar=3G
+R4 N4 3 2K
+A1 5 3 3 3 3 3 N8 3 SCHMITT vt=.95 vh=1m trise=2u
+A2 N10 0 N2 N2 N2 N2 3 N2 VARISTOR
+.model PN PNP(BF=25 Cje=500p Cjc=500p)
+.model NA NPN(BF=150K Cje=1p Cjc=1p Re=40)
+.model NP NPN(Cje=10p Cjc=10p BF=150)
+.model FB NPN(Cje=5p Cjc=5p BF=200)
+.model F D(Ron=1m Roff=10K)
+.model P PNP(BF=100)
+.model X D(Ron=10 Vfwd=30)
+.model A D(Ron=110 Vfwd=6.6)
+.model B D(Ron=2 Vrev=7.5 Vfwd=.6)
+.ends LT1121-5
+*
+.subckt LT1121 1 2 3 4 5 6 7 8
+Q1 N9 N1 8 0 PN
+Q2 N1 N2 3 0 NA
+Q3 N2 N3 N5 0 NP temp=27
+C1 N2 N3 20p Rser=300K
+Q4 N3 N3 N4 0 NP 10 temp=27
+R3 N5 3 2.4K
+C2 1 N3 20p Rser=20K
+Q5 1 2 N6 0 FB temp=27
+R6 N4 N6 95.4K
+I1 8 5 6µ load
+G2 8 N3 N8 3 7µ
+G1 8 N2 N8 3 7µ
+R1 8 N1 150K
+R8 N9 1 1.1
+D3 0 N10 F
+G3 0 N10 1 N9 10m
+Q7 N3 N1 N9 0 P 10m
+D1 8 1 X
+C5 1 3 10p
+C7 8 3 10p
+G5 N10 0 N8 3 table(0 3m 1 0)
+D2 5 3 A
+D4 3 5 B
+I2 0 N10 3m
+C4 8 N2 50p Rser=.1G
+C6 2 3 10p
+C8 8 N3 500p Rser=.1G Rpar=3G
+R4 N4 3 2K
+A1 5 3 3 3 3 3 N8 3 SCHMITT vt=.95 vh=1m trise=2u
+A2 N10 0 N2 N2 N2 N2 3 N2 VARISTOR
+.model PN PNP(BF=25 Cje=500p Cjc=500p)
+.model NA NPN(BF=150K Cje=1p Cjc=1p Re=40)
+.model NP NPN(Cje=10p Cjc=10p BF=150)
+.model FB NPN(Cje=5p Cjc=5p BF=200)
+.model F D(Ron=1m Roff=10K)
+.model P PNP(BF=100)
+.model X D(Ron=10 Vfwd=30)
+.model A D(Ron=110 Vfwd=6.6)
+.model B D(Ron=2 Vrev=7.5 Vfwd=.6)
+.ends LT1121
@@ -0,0 +1,127 @@
+* Copyright © Linear Technology Corp. 2004.  All rights reserved.
+*
+.subckt LT1129-3.3 1 2 3 4 5
+Q1 N009 N001 5 0 PN
+Q2 N001 N002 3 0 NA
+Q3 N002 N003 N006 0 NP temp=27
+C1 N002 N003 20p Rser=200K
+Q4 N003 N003 N005 0 NP 10 temp=27
+R2 N005 3 2K
+R3 N006 3 2.4K
+C2 1 N003 20p Rser=2K
+Q5 1 2 N007 0 FB temp=27
+R6 N007 N005 80.9K
+I1 5 4 6µ load
+G2 5 N003 N008 3 7µ
+G1 5 N002 N008 3 7µ
+R1 5 N001 37K
+R8 N009 1 .23
+A2 N010 0 N002 N002 N002 N002 3 N002 VARISTOR
+D3 0 N010 F
+G3 0 N010 1 N009 10m
+Q7 N003 N001 N009 0 P 1m
+D1 5 1 X
+C5 1 3 10p
+C7 5 3 10p
+G5 N010 0 N008 3 table(0 3m 1 0)
+A1 4 3 3 3 3 3 N008 3 SCHMITT Vt=.95 Vh=1m trise=2m
+D2 4 3 A
+D4 3 4 B
+I2 0 N010 3m
+C4 5 N002 5p Rser=.4G
+C6 2 3 1p
+C8 5 N003 500p Rser=.27G Rpar=3G
+.model PN PNP(BF=25 Cje=500p Cjc=500p tf=100n)
+.model NA NPN(BF=1Meg Cje=1p Cjc=1p Re=10)
+.model NP NPN(Cje=5p Cjc=5p BF=150)
+.model FB NPN(Cje=5p Cjc=5p BF=200)
+.model F D(Ron=1m Roff=10K)
+.model P PNP(BF=100)
+.model X D(Ron=10 Vfwd=30)
+.model A D(Ron=110 Vfwd=6.6)
+.model B D(Ron=2 Vrev=7.5 Vfwd=.6)
+.ends LT1129-3.3
+*
+.subckt LT1129-5 1 2 3 4 5
+Q1 N009 N001 5 0 PN
+Q2 N001 N002 3 0 NA
+Q3 N002 N003 N006 0 NP temp=27
+C1 N002 N003 20p Rser=200K
+Q4 N003 N003 N005 0 NP 10 temp=27
+R2 N005 3 2K
+R3 N006 3 2.4K
+C2 1 N003 20p Rser=2K
+Q5 1 2 N007 0 FB temp=27
+R6 N007 N005 135.1K
+I1 5 4 6µ load
+G2 5 N003 N008 3 7µ
+G1 5 N002 N008 3 7µ
+R1 5 N001 37K
+R8 N009 1 .23
+A2 N010 0 N002 N002 N002 N002 3 N002 VARISTOR
+D3 0 N010 F
+G3 0 N010 1 N009 10m
+Q7 N003 N001 N009 0 P 1m
+D1 5 1 X
+C5 1 3 10p
+C7 5 3 10p
+G5 N010 0 N008 3 table(0 3m 1 0)
+A1 4 3 3 3 3 3 N008 3 SCHMITT Vt=.95 Vh=1m trise=2m
+D2 4 3 A
+D4 3 4 B
+I2 0 N010 3m
+C4 5 N002 5p Rser=.4G
+C6 2 3 1p
+C8 5 N003 500p Rser=.27G Rpar=3G
+.model PN PNP(BF=25 Cje=500p Cjc=500p tf=100n)
+.model NA NPN(BF=1Meg Cje=1p Cjc=1p Re=10)
+.model NP NPN(Cje=5p Cjc=5p BF=150)
+.model FB NPN(Cje=5p Cjc=5p BF=200)
+.model F D(Ron=1m Roff=10K)
+.model P PNP(BF=100)
+.model X D(Ron=10 Vfwd=30)
+.model A D(Ron=110 Vfwd=6.6)
+.model B D(Ron=2 Vrev=7.5 Vfwd=.6)
+.ends LT1129-5
+*
+.subckt LT1129 1 2 3 4 5
+Q1 N009 N001 5 0 PN
+Q2 N001 N002 3 0 NA
+Q3 N002 N003 N006 0 NP temp=27
+C1 N002 N003 20p Rser=200K
+Q4 N003 N003 N005 0 NP 10 temp=27
+R2 N005 3 2K
+R3 N006 3 2.4K
+C2 1 N003 20p Rser=2K
+Q5 1 2 N007 0 FB temp=27
+R6 N007 N005 95.2K
+I1 5 4 6µ load
+G2 5 N003 N008 3 7µ
+G1 5 N002 N008 3 7µ
+R1 5 N001 37K
+R8 N009 1 .23
+A2 N010 0 N002 N002 N002 N002 3 N002 VARISTOR
+D3 0 N010 F
+G3 0 N010 1 N009 10m
+Q7 N003 N001 N009 0 P 1m
+D1 5 1 X
+C5 1 3 10p
+C7 5 3 10p
+G5 N010 0 N008 3 table(0 3m 1 0)
+A1 4 3 3 3 3 3 N008 3 SCHMITT Vt=.95 Vh=1m trise=2m
+D2 4 3 A
+D4 3 4 B
+I2 0 N010 3m
+C4 5 N002 5p Rser=.4G
+C6 2 3 1p
+C8 5 N003 500p Rser=.27G Rpar=3G
+.model PN PNP(BF=25 Cje=500p Cjc=500p tf=100n)
+.model NA NPN(BF=1Meg Cje=1p Cjc=1p Re=10)
+.model NP NPN(Cje=5p Cjc=5p BF=150)
+.model FB NPN(Cje=5p Cjc=5p BF=200)
+.model F D(Ron=1m Roff=10K)
+.model P PNP(BF=100)
+.model X D(Ron=10 Vfwd=30)
+.model A D(Ron=110 Vfwd=6.6)
+.model B D(Ron=2 Vrev=7.5 Vfwd=.6)
+.ends LT1129
@@ -0,0 +1,83 @@
+* Copyright © Linear Technology Corp. 2012.  All rights reserved.
+*
+.subckt LT1175-5 1 2 3 4 5 6 7
+C4 1 5 10p
+C5 3 5 5p
+M1 N004 N009 3 3 Q temp=27
+D3 5 1 10uA
+G1 N009 3 3 N008 100µ
+C1 3 N009 1p Rpar=10K noiseless
+C3 N004 1 10p Rpar=2.5
+C2 3 N008 250p Rser=500 Cpar=100p noiseless
+A1 4 5 3 3 3 3 N008 3 OTA g=76u Iout=20u Ref=-5 Vhigh=10 Vlow=-10
+D5 3 N008 200K
+C9 2 5 10p
+C10 7 5 10p
+D6 5 4 10uA m=1.2
+C11 4 5 1p
+D7 6 1 1uA
+D8 6 5 3uA
+A2 6 5 5 5 5 5 N001 5 SCHMITT Vt=1.65 Vh=1m Vhigh=2 Rout=10K
+A3 6 5 5 5 5 N001 5 5 SCHMITT Vt=-1.65 Vh=1m Vhigh=2 Rout=10K Cout=100p
+S1 3 N008 5 N001 SD
+S2 1 5 N001 5 IQ
+G2 N009 3 3 1 12n
+C6 N004 2 10p Rpar=2.5
+C7 N004 7 20p Rpar=1.25
+G4 N009 3 N006 N004 .5 Vto=.25 dir=-1
+B1 1 N006 I=1m/ max(13.5,V(3,1)) Rpar=10K
+C12 N006 1 10p
+G3 1 5 1 N004 4.16m
+G5 1 5 2 N004 4.16m
+G6 1 5 7 N004 8.32m
+D1 5 3 10uA m=.1
+S4 3 N009 5 N001 SD
+.model Q VDMOS(Vto=0 Kp=100 Vto=-10m pchan)
+.model 10uA D(Ron=100K Roff=100K Ilimit=10u noiseless)
+.model 200K D(Ron=100 Roff=200K Vfwd=.15 Vrev=0 epsilon=.1 revepsilon=.1 noiseless)
+.model 1uA D(Ron=100K epsilon=.5 Ilimit=1u noiseless Vrev=8.5 revepsilon=.5 Vfwd=2)
+.model 3uA D(Ron=100K epsilon=.5 Ilimit=3u noiseless Vfwd=1 noiseless)
+.model SD SW(Ron=1K Roff=1G Vt=-.5 Vh=-.4 noiseless)
+.model IQ SW(Ron=2K Roff=1G Vt=.5 Vh=-.4 Ilimit=35u level=2 noiseless)
+.ends LT1175-5
+*
+.subckt LT1175 1 2 3 4 5 6 7
+C4 1 5 10p
+C5 3 5 5p
+M1 N004 N008 3 3 Q temp=27
+D3 5 1 10uA
+G1 N008 3 3 N007 100µ
+C1 3 N008 1p Rpar=10K noiseless
+C3 N004 1 10p Rpar=2.5
+C2 3 N007 250p Rser=500 Cpar=100p noiseless
+A1 4 5 3 3 3 3 N007 3 OTA g=100u Iout=20u Ref=-3.8 Vhigh=10 Vlow=-10
+D5 3 N007 200K
+C9 2 5 10p
+C10 7 5 10p
+D6 5 4 10uA m=7.5m
+C11 4 5 1p
+D7 6 1 1uA
+D8 6 5 3uA
+A2 6 5 5 5 5 5 N001 5 SCHMITT Vt=1.65 Vh=1m Vhigh=2 Rout=10K
+A3 6 5 5 5 5 N001 5 5 SCHMITT Vt=-1.65 Vh=1m Vhigh=2 Rout=10K Cout=100p
+S1 3 N007 5 N001 SD
+S2 1 5 N001 5 IQ
+G2 N008 3 3 1 12n
+C6 N004 2 10p Rpar=2.5
+C7 N004 7 20p Rpar=1.25
+G4 N008 3 N006 N004 .5 Vto=.25 dir=-1
+B1 1 N006 I=1m/ max(13.5,V(3,1)) Rpar=10K
+C12 N006 1 10p
+G3 1 5 1 N004 4.16m
+G5 1 5 2 N004 4.16m
+G6 1 5 7 N004 8.32m
+D1 5 3 10uA m=.1
+S4 3 N008 5 N001 SD
+.model Q VDMOS(Vto=0 Kp=100 Vto=-10m pchan)
+.model 10uA D(Ron=100K Roff=100K Ilimit=10u noiseless)
+.model 200K D(Ron=100 Roff=200K Vfwd=.15 Vrev=0 epsilon=.1 revepsilon=.1 noiseless)
+.model 1uA D(Ron=100K epsilon=.5 Ilimit=1u noiseless Vrev=8.5 revepsilon=.5 Vfwd=2)
+.model 3uA D(Ron=100K epsilon=.5 Ilimit=3u noiseless Vfwd=1 noiseless)
+.model SD SW(Ron=1K Roff=1G Vt=-.5 Vh=-.4 noiseless)
+.model IQ SW(Ron=2K Roff=1G Vt=.5 Vh=-.4 Ilimit=35u level=2 noiseless)
+.ends LT1175
@@ -0,0 +1,33 @@
+* Copyright © Linear Technology Corp. 2012.  All rights reserved.
+*
+.subckt LT1185 1 2 3 4 5
+C4 3 1 10p
+C5 2 1 1p
+C1 5 1 10p
+M1 N009 1 5 5 R temp=27
+D1 N009 3 1uA
+A1 N004 1 N007 3 3 3 N008 3 OTA g=1m Ref=0 Iout=100u Cout=1.2n Rout=350K Vhigh=1 Vlow=-1
+R3 N010 3 .055
+A2 N010 N011 3 3 3 3 N008 3 OTA Isrc=.1u Isink=-1m asym g=10m Ref=.2 Vhigh=100 Vlow=-100
+A3 N010 N009 3 3 3 3 N008 3 OTA Isrc=.1u Isink=-1m asym g=50m Ref=-7m Vhigh=100 Vlow=-100
+C2 N011 3 10p Rpar=4.2K noiseless
+B1 N011 3 I=1/13K +1m/min(-13,V(3,2))
+C3 N009 3 10p Rpar=360 noiseless
+A4 N009 3 3 3 3 3 N007 3 SCHMITT Vt=195u Vh=10u trise=1u
+D2 1 N005 Q1
+D3 1 3 Q2
+G2 1 N004 5 2 100µ
+C6 N004 1 20p Rpar=10K Rser=5K
+C9 4 3 5p
+R6 4 N005 70m
+D4 2 3 B
+M2 N005 N008 N010 N010 Q temp=27
+G1 1 3 N010 3 .44
+G3 1 3 N008 3 4m Vto=0 dir=1
+.model R VDMOS(Vto=2.39 Kp=50 pchan)
+.model 1uA D(Ron=50K Roff=50K Ilimit=2u noiseless)
+.model Q VDMOS(Vto=0 Kp=50 lambda=.3)
+.model Q1 D(Ron=1K epsilon=2 Ilimit=2.1m noiseless)
+.model Q2 D(Ron=15K Vfwd=19 epsilon=2 noiseless)
+.model B D(Ron=1.5Meg Roff=1.5Meg Ilimit=.7u)
+.ends LT1185
--- a/Show More
+++ b/Show More