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Selecting SPICE Model

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Message 1 of 7
wes55ETD
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Selecting SPICE Model

For the following text file I am selecting subcircuit, typing model as SMAJ58A, and hitting ok. Nothing happens. Please explain.

 

 

* File : SMAJ.LIB
* Revision : 1.0
* Date : June 2011
*
***************************************************************************************
* Information included is believed to be accurate and reliable. However, *
* ST Microelectronics assumes no responsibility for the consequences of *
* use of such information nor for any infringement of patents or other *
* rights of third parties which may result from its use. No license is *
* granted by implication or otherwise under any patent patent rights of *
* ST Microelectronics. Specification mentionned in this publication are *
* subject to change without notice. This publication superseedes and *
* replaces all information previously supplied. ST Microelectronics *
* products are not authorized for use as critical components in life *
* support or systems without express written approval of ST *
* Microelectronics. *
* * *
* (c) 1997 ST Microelectronics. All rights reserved. *
* * *
* ST Microelectronics GROUP OF COMPANIES *
* Australia - Brazil - France - Germany - Hong Kong - Italy - Japan *
* Korea - Malaysia - Malta - Morocco - The Netherlands - Singapore *
* Spain - Sweden - Switzerland - Taiwan - United Kingdom - U.S.A. *
* *
***************************************************************************************
*
* UNIDIRECTIONAL TRANSIL
*$
.SUBCKT TRANSIL Anode Cathode PARAMS:
+ IRM=1u VBRnom=12 VBRmax=13 IR=1m
+ VCLmax=20 Ipp=100 Cjof=1n
+ ISF=1f NF=1 RSF=1m IKFF=1000
* IRM Stand-off current at VRM
* VBR Breakdown voltage
* IR Reverse current at VBR
* VCL Clamping voltage
* Ipp Surge current
* Cjo junction capacitance at 0V
* IS Saturation current
* N Emission coefficient
* RS Serie r sistance
* IKF High injection knee current
Drev A_int Cathode TRANSR
Dfwd Anode Cathode TRANSF
Dr A_int Anode DTRANS
***** REVERSE BEHAVIOUR *****
.MODEL TRANSR D(
+ IS={IRM/2} RS={(VCLmax-VBRmax)/Ipp}
+ BV={VBRnom} IBV={IR}
+ IKF=1000 Cjo=1p M=.3333 VJ=.6
+ ISR=1n TT=1u )
****************** FORWARD BEHAVIOUR ******************
***** JUNCTION CAPACITANCE BEHAVIOUR Cj(VR) *****
.MODEL TRANSF D(
+ IS={ISF} N={NF} RS={RSF} IKF={IKFF}
+ Cjo={Cjof} M=.3333 VJ=0.6 ISR=1.000E-21
+ BV=1000 IBV=1n TT=1u )
.MODEL DTRANS D(
+ IS=1n N=.01 RS=1u IKF=1000 Cjo=1p
+ M=.3333 VJ=.6 ISR=1n BV=1000 IBV=1u
+ TT=1u )
.ENDS
*********** BIDIRECTIONAL TRANSIL **********
******** PARAMETERS DESCRIPTION ********
*********** LOW VOLTAGE ************
*$
.SUBCKT TRANSILB Anode1 Anode2 PARAMS:
+ IRM=1u VBRnom=12 VBRmax=13 IR=1m
+ VCLmax=20 Ipp=100 Cjof=1n
+ ISBF=1f NBF=1
***** SCHEMATICS DESCRIPTION *****
Drev1 A_int1 Cathode TRANSR
Dfwd1 Anode1 Cathode TRANSBF
Dr1 A_int1 Anode1 DTRANS
Drev2 A_int2 Cathode TRANSR
Dfwd2 Anode2 Cathode TRANSBF
Dr2 A_int2 Anode2 DTRANS
***** REVERSE BEHAVIOUR *****
.MODEL TRANSR D(
+ IS={IRM/2} RS={(VCLmax-VBRmax)/Ipp}
+ BV={VBRnom} IBV={IR}
+ IKF=1000 Cjo=1p M=.3333 VJ=.6
+ ISR=1p TT=1u )
***** JUNCTION CAPACITANCE BEHAVIOUR *****
.MODEL TRANSBF D(
+ IS={ISBF} N={NBF} RS=1u IKF=1000
+ Cjo={Cjof} M=.3333 VJ=.6 ISR=1p
+ BV=1000 IBV=100u TT=1u )
.MODEL DTRANS D(
+ IS=1n N=.01 RS=1u IKF=1000 Cjo=1p
+ M=.3333 VJ=.6 ISR=1p BV=1000 IBV=100u
+ TT=1u )
.ENDS
*********** HIGH VOLTAGE ************
*$
.SUBCKT TRANSILBHT Anode1 Anode2 PARAMS:
+ IRM=1u VBRnom=12 VBRmax=13 IR=1m
+ VCLmax=20 Ipp=100 Cjof=1n
******* SCHEMATICS DESCRIPTION *******
Drev1 A_int1 Cathode TRANSR
Dfwd1 Anode1 Cathode TRANSBF
Dr1 A_int1 Anode1 DTRANS
Drev2 A_int2 Cathode TRANSR
Dfwd2 Anode2 Cathode TRANSBF
Dr2 A_int2 Anode2 DTRANS
********** REVERSE BEHAVIOUR **********
.MODEL TRANSR D(
+ IS={IRM/2} RS={(VCLmax-VBRmax)/Ipp}
+ BV={VBRnom} IBV={IR}
+ IKF=1000 Cjo=1p M=.3333 VJ=.6
+ ISR=1p TT=1u )
***** JUNCTION CAPACITANCE BEHAVIOUR *****
.MODEL TRANSBF D(
+ IS=1p N=1 RS=1m IKF=1000
+ Cjo={Cjof} M=.3333 VJ=.6 ISR=1p
+ BV=1000 IBV=100u TT=1u )
.MODEL DTRANS D(
+ IS=1p N=1 RS=1m IKF=1000 Cjo=1p
+ M=.3333 VJ=.6 ISR=1p BV=1000 IBV=100u
+ TT=1u )
.ENDS
*************************************************************************************************
* SMAJ FAMILY *
*************************************************************************************************
*$
.SUBCKT SMAJ5_0A Anode Cathode
X1 Anode Cathode TRANSIL PARAMS:
+ IRM=20u VBRnom=6.74 VBRmax=7.2
+ IR=10m VCLmax=13.4 Ipp=174 Cjof=3500p
+ ISF=23.63f NF=1.015 RSF=13.16m IKFF=49.83
.ENDS
*$
.SUBCKT SMAJ5_0CA Anode1 Anode2
X1 Anode1 Anode2 TRANSILB PARAMS:
+ IRM=20u VBRnom=6.74 VBRmax=7.2
+ IR=10m VCLmax=13.4 Ipp=174 Cjof=3500p
+ ISBF=1n NBF=.01
.ENDS
*$
.SUBCKT SMAJ6_0A Anode Cathode
X1 Anode Cathode TRANSIL PARAMS:
+ IRM=20u VBRnom=7.05 VBRmax=7.54
+ IR=10m VCLmax=13.7 Ipp=170 Cjof=3300p
+ ISF=23.63f NF=1.015 RSF=13.16m IKFF=49.83
.ENDS
*$
.SUBCKT SMAJ6_0CA Anode1 Anode2
X1 Anode1 Anode2 TRANSILB PARAMS:
+ IRM=20u VBRnom=7.05 VBRmax=7.54
+ IR=10m VCLmax=13.7 Ipp=170 Cjof=3300p
+ ISBF=1n NBF=.01
.ENDS
*$
.SUBCKT SMAJ6_5A Anode Cathode
X1 Anode Cathode TRANSIL PARAMS:
+ IRM=20u VBRnom=7.58 VBRmax=8.11
+ IR=10m VCLmax=14.5 Ipp=160 Cjof=3100p
+ ISF=23.63f NF=1.015 RSF=13.16m IKFF=49.83
.ENDS
*$
.SUBCKT SMAJ6_5CA Anode1 Anode2
X1 Anode1 Anode2 TRANSILB PARAMS:
+ IRM=20u VBRnom=7.58 VBRmax=8.11
+ IR=10m VCLmax=14.5 Ipp=160 Cjof=3100p
+ ISBF=1n NBF=.01
.ENDS
*$
.SUBCKT SMAJ8_5A Anode Cathode
X1 Anode Cathode TRANSIL PARAMS:
+ IRM=20u VBRnom=9.9 VBRmax=10.6
+ IR=1m VCLmax=18.6 Ipp=124 Cjof=2000p
+ ISF=23.63f NF=1.015 RSF=13.16m IKFF=49.83
.ENDS
*$
.SUBCKT SMAJ8_5CA Anode1 Anode2
X1 Anode1 Anode2 TRANSILB PARAMS:
+ IRM=20u VBRnom=9.9 VBRmax=10.6
+ IR=1m VCLmax=18.6 Ipp=124 Cjof=2000p
+ ISBF=1n NBF=.01
.ENDS
*$
.SUBCKT SMAJ10A Anode Cathode
X1 Anode Cathode TRANSIL PARAMS:
+ IRM=0.2u VBRnom=11.7 VBRmax=12.51
+ IR=1m VCLmax=21.7 Ipp=106 Cjof=1550p
+ ISF=23.63f NF=1.015 RSF=13.16m IKFF=49.83
.ENDS
*$
.SUBCKT SMAJ10CA Anode1 Anode2
X1 Anode1 Anode2 TRANSILB PARAMS:
+ IRM=0.2u VBRnom=11.7 VBRmax=12.51
+ IR=1m VCLmax=21.7 Ipp=106 Cjof=1550p
+ ISBF=1p NBF=.65
.ENDS
*$
.SUBCKT SMAJ12A Anode Cathode
X1 Anode Cathode TRANSIL PARAMS:
+ IRM=0.2u VBRnom=14 VBRmax=14.98
+ IR=1m VCLmax=25.3 Ipp=91 Cjof=1325p
+ ISF=23.63f NF=1.015 RSF=13.16m IKFF=49.83
.ENDS
*$
.SUBCKT SMAJ12CA Anode1 Anode2
X1 Anode1 Anode2 TRANSILB PARAMS:
+ IRM=0.2u VBRnom=14 VBRmax=14.98
+ IR=1m VCLmax=25.3 Ipp=91 Cjof=1325p
+ ISBF=1p NBF=.65
.ENDS
*$
.SUBCKT SMAJ13A Anode Cathode
X1 Anode Cathode TRANSIL PARAMS:
+ IRM=0.2u VBRnom=15.2 VBRmax=16.26
+ IR=1m VCLmax=27.2 Ipp=85 Cjof=1200p
+ ISF=23.63f NF=1.015 RSF=13.16m IKFF=49.83
.ENDS
*$
.SUBCKT SMAJ13CA Anode1 Anode2
X1 Anode1 Anode2 TRANSILB PARAMS:
+ IRM=0.2u VBRnom=15.2 VBRmax=16.26
+ IR=1m VCLmax=27.2 Ipp=85 Cjof=1200p
+ ISBF=1p NBF=.65
.ENDS
*$
.SUBCKT SMAJ15A Anode Cathode
X1 Anode Cathode TRANSIL PARAMS:
+ IRM=0.2u VBRnom=17.6 VBRmax=18.8
+ IR=1m VCLmax=32.5 Ipp=71 Cjof=975p
+ ISF=23.63f NF=1.015 RSF=13.16m IKFF=49.83
.ENDS
*$
.SUBCKT SMAJ15CA Anode1 Anode2
X1 Anode1 Anode2 TRANSILB PARAMS:
+ IRM=0.2u VBRnom=17.6 VBRmax=18.8
+ IR=1m VCLmax=32.5 Ipp=71 Cjof=975p
+ ISBF=1p NBF=.65
.ENDS
*$
.SUBCKT SMAJ18A Anode Cathode
X1 Anode Cathode TRANSIL PARAMS:
+ IRM=0.2u VBRnom=21.1 VBRmax=22.57
+ IR=1m VCLmax=39.3 Ipp=59 Cjof=800p
+ ISF=23.63f NF=1.015 RSF=13.16m IKFF=49.83
.ENDS
*$
.SUBCKT SMAJ18CA Anode1 Anode2
X1 Anode1 Anode2 TRANSILB PARAMS:
+ IRM=0.2u VBRnom=21.1 VBRmax=22.7
+ IR=1m VCLmax=39.3 Ipp=59 Cjof=800p
+ ISBF=1p NBF=.65
.ENDS
*$
.SUBCKT SMAJ20A Anode Cathode
X1 Anode Cathode TRANSIL PARAMS:
+ IRM=0.2u VBRnom=23.4 VBRmax=25.03
+ IR=1m VCLmax=42.8 Ipp=54 Cjof=725p
+ ISF=23.63f NF=1.015 RSF=13.16m IKFF=49.83
.ENDS
*$
.SUBCKT SMAJ20CA Anode1 Anode2
X1 Anode1 Anode2 TRANSILB PARAMS:
+ IRM=0.2u VBRnom=23.4 VBRmax=25.03
+ IR=1m VCLmax=42.8 Ipp=54 Cjof=725p
+ ISBF=1p NBF=.65
.ENDS
*$
.SUBCKT SMAJ22A Anode Cathode
X1 Anode Cathode TRANSIL PARAMS:
+ IRM=0.2u VBRnom=25.7 VBRmax=27.5
+ IR=1m VCLmax=48.3 Ipp=48 Cjof=625p
+ ISF=23.63f NF=1.015 RSF=13.16m IKFF=49.83
.ENDS
*$
.SUBCKT SMAJ22CA Anode1 Anode2
X1 Anode1 Anode2 TRANSILB PARAMS:
+ IRM=0.2u VBRnom=25.7 VBRmax=25.7
+ IR=1m VCLmax=48.3 Ipp=48 Cjof=625p
+ ISBF=1p NBF=.65
.ENDS
*$
.SUBCKT SMAJ24A Anode Cathode
X1 Anode Cathode TRANSIL PARAMS:
+ IRM=0.2u VBRnom=28.1 VBRmax=30.06
+ IR=1m VCLmax=50 Ipp=46 Cjof=600p
+ ISF=23.63f NF=1.015 RSF=13.16m IKFF=49.83
.ENDS
*$
.SUBCKT SMAJ24CA Anode1 Anode2
X1 Anode1 Anode2 TRANSILB PARAMS:
+ IRM=0.2u VBRnom=28.1 VBRmax=30.06
+ IR=1m VCLmax=50 Ipp=46 Cjof=600p
+ ISBF=1p NBF=.65
.ENDS
*$
.SUBCKT SMAJ26A Anode Cathode
X1 Anode Cathode TRANSIL PARAMS:
+ IRM=0.2u VBRnom=30.4 VBRmax=32.52
+ IR=1m VCLmax=53.5 Ipp=43 Cjof=575p
+ ISF=23.63f NF=1.015 RSF=13.16m IKFF=49.83
.ENDS
*$
.SUBCKT SMAJ26CA Anode1 Anode2
X1 Anode1 Anode2 TRANSILB PARAMS:
+ IRM=0.2u VBRnom=30.4 VBRmax=32.52
+ IR=1m VCLmax=53.5 Ipp=43 Cjof=575p
+ ISBF=1p NBF=.65
.ENDS
*$
.SUBCKT SMAJ28A Anode Cathode
X1 Anode Cathode TRANSIL PARAMS:
+ IRM=0.2u VBRnom=32.7 VBRmax=34.99
+ IR=1m VCLmax=59 Ipp=39 Cjof=510p
+ ISF=23.63f NF=1.015 RSF=13.16m IKFF=49.83
.ENDS
*$
.SUBCKT SMAJ28CA Anode1 Anode2
X1 Anode1 Anode2 TRANSILB PARAMS:
+ IRM=0.2u VBRnom=32.7 VBRmax=34.99
+ IR=1m VCLmax=59 Ipp=39 Cjof=510p
+ ISBF=1p NBF=.65
.ENDS
*$
.SUBCKT SMAJ30A Anode Cathode
X1 Anode Cathode TRANSIL PARAMS:
+ IRM=0.2u VBRnom=35.1 VBRmax=37.55
+ IR=1m VCLmax=64.3 Ipp=36 Cjof=480p
+ ISF=23.63f NF=1.015 RSF=13.16m IKFF=49.83
.ENDS
*$
.SUBCKT SMAJ30CA Anode1 Anode2
X1 Anode1 Anode2 TRANSILB PARAMS:
+ IRM=0.2u VBRnom=35.1 VBRmax=37.55
+ IR=1m VCLmax=64.3 Ipp=36 Cjof=480p
+ ISBF=1p NBF=.65
.ENDS
*$
.SUBCKT SMAJ33A Anode Cathode
X1 Anode Cathode TRANSIL PARAMS:
+ IRM=0.2u VBRnom=38.6 VBRmax=41.3
+ IR=1m VCLmax=69.7 Ipp=33 Cjof=450p
+ ISF=23.63f NF=1.015 RSF=13.16m IKFF=49.83
.ENDS
*$
.SUBCKT SMAJ33CA Anode1 Anode2
X1 Anode1 Anode2 TRANSILB PARAMS:
+ IRM=0.2u VBRnom=38.6 VBRmax=41.3
+ IR=1m VCLmax=69.7 Ipp=33 Cjof=450p
+ ISBF=1p NBF=.65
.ENDS
*$
.SUBCKT SMAJ40A Anode Cathode
X1 Anode Cathode TRANSIL PARAMS:
+ IRM=0.2u VBRnom=46.7 VBRmax=49.97
+ IR=1m VCLmax=84 Ipp=27 Cjof=370p
+ ISF=23.63f NF=1.015 RSF=13.16m IKFF=49.83
.ENDS
*$
.SUBCKT SMAJ40CA Anode1 Anode2
X1 Anode1 Anode2 TRANSILB PARAMS:
+ IRM=0.2u VBRnom=46.7 VBRmax=49.97
+ IR=1m VCLmax=84 Ipp=27 Cjof=370p
+ ISBF=1p NBF=.65
.ENDS
*$
.SUBCKT SMAJ43A Anode Cathode
X1 Anode Cathode TRANSIL PARAMS:
+ IRM=0.2u VBRnom=50.3 VBRmax=53.82
+ IR=1m VCLmax=84 Ipp=27 Cjof=340p
+ ISF=23.63f NF=1.015 RSF=13.16m IKFF=49.83
.ENDS
*$
.SUBCKT SMAJ43CA Anode1 Anode2
X1 Anode1 Anode2 TRANSILB PARAMS:
+ IRM=0.2u VBRnom=50.3 VBRmax=53.82
+ IR=1m VCLmax=84 Ipp=27 Cjof=340p
+ ISBF=1p NBF=.65
.ENDS
*$
.SUBCKT SMAJ48A Anode Cathode
X1 Anode Cathode TRANSIL PARAMS:
+ IRM=0.2u VBRnom=56.1 VBRmax=60.03
+ IR=1m VCLmax=100 Ipp=23 Cjof=320p
+ ISF=23.63f NF=1.015 RSF=13.16m IKFF=49.83
.ENDS
*$
.SUBCKT SMAJ48CA Anode1 Anode2
X1 Anode1 Anode2 TRANSILB PARAMS:
+ IRM=0.2u VBRnom=56.1 VBRmax=60.03
+ IR=1m VCLmax=100 Ipp=23 Cjof=320p
+ ISBF=1p NBF=.65
.ENDS
*$
.SUBCKT SMAJ58A Anode Cathode
X1 Anode Cathode TRANSIL PARAMS:
+ IRM=0.2u VBRnom=67.8 VBRmax=72.54
+ IR=1m VCLmax=121 Ipp=19 Cjof=270p
+ ISF=23.63f NF=1.015 RSF=13.16m IKFF=49.83
.ENDS
*$
.SUBCKT SMAJ58CA Anode1 Anode2
X1 Anode1 Anode2 TRANSILB PARAMS:
+ IRM=0.2u VBRnom=67.8 VBRmax=72.54
+ IR=1m VCLmax=121 Ipp=19 Cjof=270p
+ ISBF=1p NBF=.65
.ENDS
*$
.SUBCKT SMAJ70A Anode Cathode
X1 Anode Cathode TRANSIL PARAMS:
+ IRM=0.2u VBRnom=81.9 VBRmax=87.63
+ IR=1m VCLmax=146 Ipp=16 Cjof=230p
+ ISF=23.63f NF=1.015 RSF=13.16m IKFF=49.83
.ENDS
*$
.SUBCKT SMAJ70CA Anode1 Anode2
X1 Anode1 Anode2 TRANSILB PARAMS:
+ IRM=0.2u VBRnom=81.9 VBRmax=87.63
+ IR=1m VCLmax=146 Ipp=16 Cjof=230p
+ ISBF=1p NBF=.65
.ENDS
*$
.SUBCKT SMAJ85A Anode Cathode
X1 Anode Cathode TRANSIL PARAMS:
+ IRM=0.2u VBRnom=99 VBRmax=105.93
+ IR=1m VCLmax=178 Ipp=13 Cjof=200p
+ ISF=23.63f NF=1.015 RSF=13.16m IKFF=49.83
.ENDS
*$
.SUBCKT SMAJ85CA Anode1 Anode2
X1 Anode1 Anode2 TRANSILB PARAMS:
+ IRM=0.2u VBRnom=99 VBRmax=105.93
+ IR=1m VCLmax=178 Ipp=13 Cjof=200p
+ ISBF=1p NBF=.65
.ENDS
*$
.SUBCKT SMAJ100A Anode Cathode
X1 Anode Cathode TRANSIL PARAMS:
+ IRM=0.2u VBRnom=117 VBRmax=125.19
+ IR=1m VCLmax=212 Ipp=11 Cjof=170p
+ ISF=23.63f NF=1.015 RSF=13.16m IKFF=49.83
.ENDS
*$
.SUBCKT SMAJ100CA Anode1 Anode2
X1 Anode1 Anode2 TRANSILBHT PARAMS:
+ IRM=0.2u VBRnom=117 VBRmax=125.19
+ IR=1m VCLmax=212 Ipp=11 Cjof=170p
.ENDS
*$
.SUBCKT SMAJ130A Anode Cathode
X1 Anode Cathode TRANSIL PARAMS:
+ IRM=0.2u VBRnom=152 VBRmax=162.64
+ IR=1m VCLmax=265 Ipp=9 Cjof=145p
+ ISF=23.63f NF=1.015 RSF=13.16m IKFF=49.83
.ENDS
*$
.SUBCKT SMAJ130CA Anode1 Anode2
X1 Anode1 Anode2 TRANSILBHT PARAMS:
+ IRM=0.2u VBRnom=152 VBRmax=162.64
+ IR=1m VCLmax=265 Ipp=9 Cjof=145p
.ENDS
*$
.SUBCKT SMAJ154A Anode Cathode
X1 Anode Cathode TRANSIL PARAMS:
+ IRM=0.2u VBRnom=180 VBRmax=192.6
+ IR=1m VCLmax=317 Ipp=7 Cjof=125p
+ ISF=23.63f NF=1.015 RSF=13.16m IKFF=49.83
.ENDS
*$
.SUBCKT SMAJ154CA Anode1 Anode2
X1 Anode1 Anode2 TRANSILBHT PARAMS:
+ IRM=0.2u VBRnom=180 VBRmax=192.6
+ IR=1m VCLmax=317 Ipp=7 Cjof=125p
.ENDS
*$
.SUBCKT SMAJ170A Anode Cathode
X1 Anode Cathode TRANSIL PARAMS:
+ IRM=0.2u VBRnom=199 VBRmax=212.93
+ IR=1m VCLmax=353 Ipp=6.5 Cjof=120p
+ ISF=23.63f NF=1.015 RSF=13.16m IKFF=49.83
.ENDS
*$
.SUBCKT SMAJ170CA Anode1 Anode2
X1 Anode1 Anode2 TRANSILBHT PARAMS:
+ IRM=0.2u VBRnom=199 VBRmax=212.93
+ IR=1m VCLmax=353 Ipp=6.5 Cjof=120p
.ENDS
*$
.SUBCKT SMAJ188A Anode Cathode
X1 Anode Cathode TRANSIL PARAMS:
+ IRM=0.2u VBRnom=220 VBRmax=235.4
+ IR=1m VCLmax=388 Ipp=6 Cjof=110p
+ ISF=23.63f NF=1.015 RSF=13.16m IKFF=49.83
.ENDS
*$
.SUBCKT SMAJ188CA Anode1 Anode2
X1 Anode1 Anode2 TRANSILBHT PARAMS:
+ IRM=0.2u VBRnom=220 VBRmax=235.4
+ IR=1m VCLmax=388 Ipp=6 Cjof=110p
.ENDS
*$

6 REPLIES 6
Message 2 of 7
panpan_fan
in reply to: wes55ETD

Hi @wes55ETD 

I hope you are doing well!

Sorry we don't support the .lbr simulation model now.

So far, we only support .mdl for SPICE simulation.

I will keep you updated when we support other simulation model types.

Regards,

Panpan Fan

Message 3 of 7
jorge_garcia2
in reply to: wes55ETD

Hi @wes55ETD,

 

Try copying that model as it's own file. That will make it easier to assign to the pins of your component.

 

Let me know if there's anything else I can do for you.

 

Best Regards,



Jorge Garcia
​Product Support Specialist for Fusion 360 and EAGLE

Kudos are much appreciated if the information I have shared is helpful to you and/or others.

Did this resolve your issue? Please accept it "As a Solution" so others may benefit from it.
Message 4 of 7
wes55ETD
in reply to: jorge_garcia2

It seems that it is a pSpice file and not a Spice file

Message 5 of 7
panpan_fan
in reply to: wes55ETD

Hi @wes55ETD 

I hope you are doing well!

Today we release Fusion V2.0.18220+ and it will support Pspice model for simulation.

Hope it can solve your problem.

Please upgrade and have a try, thanks!

Regards,

Panpan Fan

Message 6 of 7
wes55ETD
in reply to: wes55ETD

Nice job guys, thanks!

Message 7 of 7
holger.vogt
in reply to: wes55ETD

Thanks for upgrading to ngspice-41

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