Amiga Plus 2000 #4/Amiga Plus CD - 2000 - No. 4.iso/Tools/Misc/AmiSPICEed/bibs/SemiConductive.lib

Text File | 1999-09-16 | 14.9 KB | 1,220 lines

#AmiSPICEed library
Semi-conductive elements
#ELEMENT
1N3064
D
D1N3064
D
Is=0.1p Rs=4 CJO=1p Tt=8n Bv=100 Ibv=0.1p
#END_MOD
#NO_MODE
Area factor (AREA) (optional):
#NO_IDENTIFIER

Temperature (TEMP) (optional):
TEMP=

Other options:
#NO_IDENTIFIER

#END_OPTS
n+
0,-30,#DIR_UP
n-
0,30,#DIR_DOWN
#END_KNOTS
S,5,-12,0,0
L,0,-30,0,-10
L,0,30,0,10
L,-10,-10,10,-10
L,10,-10,0,10
L,0,10,-10,-10
L,-10,10,10,10
#END_GRAPH
#ELEMENT
1N34
D
D1N34
D
IS=200P RS=84M N=2.19 BV=60 IBV=15U
CJO=4.82P VJ=.75 M=.333 TT=144N
#END_MOD
#NO_MODE
Area factor (AREA) (optional):
#NO_IDENTIFIER

Temperature (TEMP) (optional):
TEMP=

Other options:60V 85mA 100ns Ge
#NO_IDENTIFIER

#END_OPTS
n+
0,-30,#DIR_UP
n-
0,30,#DIR_DOWN
#END_KNOTS
S,5,-12,0,0
N,5,25,0,0
L,0,-30,0,-10
L,0,30,0,10
L,-10,-10,10,-10
L,10,-10,0,10
L,0,10,-10,-10
L,-10,10,10,10
#END_GRAPH
#ELEMENT
1N4001
D
D1N4001
D
EG=1.2 CJO=0.7p RS=1.5OHM
#END_MOD
#NO_MODE
Area factor (AREA) (optional):
#NO_IDENTIFIER

Temperature (TEMP) (optional):
TEMP=

Other options:50V  1 A  4us  Si
#NO_IDENTIFIER

#END_OPTS
n+
0,-30,#DIR_UP
n-
0,30,#DIR_DOWN
#END_KNOTS
S,5,-12,0,0
N,5,25,0,0
L,0,-30,0,-10
L,0,30,0,10
L,-10,-10,10,-10
L,10,-10,0,10
L,0,10,-10,-10
L,-10,10,10,10
#END_GRAPH
#ELEMENT
1N4002
D
D1N4002
D
IS=14.11E-9  N=1.984  RS=33.89E-3  IKF=94.81  XTI=3
EG=1.110  CJO=51.17E-12  M=.2762  VJ=.3905  FC=.5  ISR=100.0E-12
NR=2  BV=100.1  IBV=10  TT=4.761E-6
#END_MOD
#NO_MODE
Area factor (AREA) (optional):
#NO_IDENTIFIER

Temperature (TEMP) (optional):
TEMP=

Other options:100V  1 A  4us  Si
#NO_IDENTIFIER

#END_OPTS
n+
0,-30,#DIR_UP
n-
0,30,#DIR_DOWN
#END_KNOTS
S,5,-12,0,0
N,5,25,0,0
L,0,-30,0,-10
L,0,30,0,10
L,-10,-10,10,-10
L,10,-10,0,10
L,0,10,-10,-10
L,-10,10,10,10
#END_GRAPH
#ELEMENT
1N4003
D
D1N4003
D
IS=2.55E-9 RS=0.042 N=1.75 TT=5.76E-6 CJO=1.85E-11
VJ=0.75 M=0.333 BV=200 IBV=1.98E-5
#END_MOD
#NO_MODE
Area factor (AREA) (optional):
#NO_IDENTIFIER

Temperature (TEMP) (optional):
TEMP=

Other options:200V  1 A  4us  Si
#NO_IDENTIFIER

#END_OPTS
n+
0,-30,#DIR_UP
n-
0,30,#DIR_DOWN
#END_KNOTS
S,5,-12,0,0
N,5,25,0,0
L,0,-30,0,-10
L,0,30,0,10
L,-10,-10,10,-10
L,10,-10,0,10
L,0,10,-10,-10
L,-10,10,10,10
#END_GRAPH
#ELEMENT
1N4005
D
D1N4005
D
IS=2.55E-9 RS=0.042 N=1.75 TT=5.76E-6 CJO=1.85E-11
VJ=0.75 M=0.333 BV=600 IBV=5.92E-5
#END_MOD
#NO_MODE
Area factor (AREA) (optional):
#NO_IDENTIFIER

Temperature (TEMP) (optional):
TEMP=

Other options:600V  1 A  4us  Si
#NO_IDENTIFIER

#END_OPTS
n+
0,-30,#DIR_UP
n-
0,30,#DIR_DOWN
#END_KNOTS
S,5,-12,0,0
N,5,25,0,0
L,0,-30,0,-10
L,0,30,0,10
L,-10,-10,10,-10
L,10,-10,0,10
L,0,10,-10,-10
L,-10,10,10,10
#END_GRAPH
#ELEMENT
1N4007
D
D1N4007
D
EG=1.2 CJO=0.5p RS=1OHM
#END_MOD
#NO_MODE
Area factor (AREA) (optional):
#NO_IDENTIFIER

Temperature (TEMP) (optional):
TEMP=

Other options:1000V 1 A  4us  Si
#NO_IDENTIFIER

#END_OPTS
n+
0,-30,#DIR_UP
n-
0,30,#DIR_DOWN
#END_KNOTS
S,5,-12,0,0
N,5,25,0,0
L,0,-30,0,-10
L,0,30,0,10
L,-10,-10,10,-10
L,10,-10,0,10
L,0,10,-10,-10
L,-10,10,10,10
#END_GRAPH
#ELEMENT
1N4009
D
D1N4009
D
Is=0.1p Rs=4 CJO=2p Tt=3n Bv=60 Ibv=0.1p
#END_MOD
#NO_MODE
Area factor (AREA) (optional):
#NO_IDENTIFIER

Temperature (TEMP) (optional):
TEMP=

Other options:
#NO_IDENTIFIER

#END_OPTS
n+
0,-30,#DIR_UP
n-
0,30,#DIR_DOWN
#END_KNOTS
S,5,-12,0,0
L,0,-30,0,-10
L,0,30,0,10
L,-10,-10,10,-10
L,10,-10,0,10
L,0,10,-10,-10
L,-10,10,10,10
#END_GRAPH
#ELEMENT
1N4148
D
D1N4148
D
Is=0.1p Rs=16 CJO=2p Tt=12n Bv=100 Ibv=0.1p
#END_MOD
#NO_MODE
Area factor (AREA) (optional):
#NO_IDENTIFIER

Temperature (TEMP) (optional):
TEMP=

Other options:
#NO_IDENTIFIER

#END_OPTS
n+
0,-30,#DIR_UP
n-
0,30,#DIR_DOWN
#END_KNOTS
S,5,-12,0,0
L,0,-30,0,-10
L,0,30,0,10
L,-10,-10,10,-10
L,10,-10,0,10
L,0,10,-10,-10
L,-10,10,10,10
#END_GRAPH
#ELEMENT
1N4149
D
D1N4149
D
Is=0.1p Rs=8 CJO=1p Tt=12n Bv=100 Ibv=0.1p
#END_MOD
#NO_MODE
Area factor (AREA) (optional):
#NO_IDENTIFIER

Temperature (TEMP) (optional):
TEMP=

Other options:
#NO_IDENTIFIER

#END_OPTS
n+
0,-30,#DIR_UP
n-
0,30,#DIR_DOWN
#END_KNOTS
S,5,-12,0,0
L,0,-30,0,-10
L,0,30,0,10
L,-10,-10,10,-10
L,10,-10,0,10
L,0,10,-10,-10
L,-10,10,10,10
#END_GRAPH
#ELEMENT
1N4150
D
D1N4150
D
Is=10E-15 Rs=1.0 CJO=1.3p Tt=12n Bv=70 Ibv=0.1p
#END_MOD
#NO_MODE
Area factor (AREA) (optional):
#NO_IDENTIFIER

Temperature (TEMP) (optional):
TEMP=

Other options:
#NO_IDENTIFIER

#END_OPTS
n+
0,-30,#DIR_UP
n-
0,30,#DIR_DOWN
#END_KNOTS
S,5,-12,0,0
L,0,-30,0,-10
L,0,30,0,10
L,-10,-10,10,-10
L,10,-10,0,10
L,0,10,-10,-10
L,-10,10,10,10
#END_GRAPH
#ELEMENT
1N4151
D
D1N4151
D
Is=0.1p Rs=3 CJO=1p Tt=3n Bv=100 Ibv=0.1p
#END_MOD
#NO_MODE
Area factor (AREA) (optional):
#NO_IDENTIFIER

Temperature (TEMP) (optional):
TEMP=

Other options:
#NO_IDENTIFIER

#END_OPTS
n+
0,-30,#DIR_UP
n-
0,30,#DIR_DOWN
#END_KNOTS
S,5,-12,0,0
L,0,-30,0,-10
L,0,30,0,10
L,-10,-10,10,-10
L,10,-10,0,10
L,0,10,-10,-10
L,-10,10,10,10
#END_GRAPH
#ELEMENT
1N4152
D
D1N4152
D
Is=0.1p Rs=6 CJO=1p Tt=3n Bv=70 Ibv=0.1p
#END_MOD
#NO_MODE
Area factor (AREA) (optional):
#NO_IDENTIFIER

Temperature (TEMP) (optional):
TEMP=

Other options:
#NO_IDENTIFIER

#END_OPTS
n+
0,-30,#DIR_UP
n-
0,30,#DIR_DOWN
#END_KNOTS
S,5,-12,0,0
L,0,-30,0,-10
L,0,30,0,10
L,-10,-10,10,-10
L,10,-10,0,10
L,0,10,-10,-10
L,-10,10,10,10
#END_GRAPH
#ELEMENT
1N4153
D
D1N4153
D
Is=0.1p Rs=6 CJO=1p Tt=3n Bv=100 Ibv=0.1p
#END_MOD
#NO_MODE
Area factor (AREA) (optional):
#NO_IDENTIFIER

Temperature (TEMP) (optional):
TEMP=

Other options:
#NO_IDENTIFIER

#END_OPTS
n+
0,-30,#DIR_UP
n-
0,30,#DIR_DOWN
#END_KNOTS
S,5,-12,0,0
L,0,-30,0,-10
L,0,30,0,10
L,-10,-10,10,-10
L,10,-10,0,10
L,0,10,-10,-10
L,-10,10,10,10
#END_GRAPH
#ELEMENT
1N4154
D
D1N4154
D
Is=0.1p Rs=4 CJO=2p Tt=3n Bv=60 Ibv=0.1p
#END_MOD
#NO_MODE
Area factor (AREA) (optional):
#NO_IDENTIFIER

Temperature (TEMP) (optional):
TEMP=

Other options:
#NO_IDENTIFIER

#END_OPTS
n+
0,-30,#DIR_UP
n-
0,30,#DIR_DOWN
#END_KNOTS
S,5,-12,0,0
L,0,-30,0,-10
L,0,30,0,10
L,-10,-10,10,-10
L,10,-10,0,10
L,0,10,-10,-10
L,-10,10,10,10
#END_GRAPH
#ELEMENT
1N4305
D
D1N4305
D
Is=0.1p Rs=4 CJO=1p Tt=8n Bv=100 Ibv=0.1p
#END_MOD
#NO_MODE
Area factor (AREA) (optional):
#NO_IDENTIFIER

Temperature (TEMP) (optional):
TEMP=

Other options:
#NO_IDENTIFIER

#END_OPTS
n+
0,-30,#DIR_UP
n-
0,30,#DIR_DOWN
#END_KNOTS
S,5,-12,0,0
L,0,-30,0,-10
L,0,30,0,10
L,-10,-10,10,-10
L,10,-10,0,10
L,0,10,-10,-10
L,-10,10,10,10
#END_GRAPH
#ELEMENT
1N4446
D
D1N4446
D
Is=0.1p Rs=4 CJO=2p Tt=12n Bv=100 Ibv=0.1p
#END_MOD
#NO_MODE
Area factor (AREA) (optional):
#NO_IDENTIFIER

Temperature (TEMP) (optional):
TEMP=

Other options:
#NO_IDENTIFIER

#END_OPTS
n+
0,-30,#DIR_UP
n-
0,30,#DIR_DOWN
#END_KNOTS
S,5,-12,0,0
L,0,-30,0,-10
L,0,30,0,10
L,-10,-10,10,-10
L,10,-10,0,10
L,0,10,-10,-10
L,-10,10,10,10
#END_GRAPH
#ELEMENT
1N4447
D
D1N4447
D
Is=0.1p Rs=4 CJO=1p Tt=12n Bv=100 Ibv=0.1p
#END_MOD
#NO_MODE
Area factor (AREA) (optional):
#NO_IDENTIFIER

Temperature (TEMP) (optional):
TEMP=

Other options:
#NO_IDENTIFIER

#END_OPTS
n+
0,-30,#DIR_UP
n-
0,30,#DIR_DOWN
#END_KNOTS
S,5,-12,0,0
L,0,-30,0,-10
L,0,30,0,10
L,-10,-10,10,-10
L,10,-10,0,10
L,0,10,-10,-10
L,-10,10,10,10
#END_GRAPH
#ELEMENT
1N4448
D
D1N4448
D
Is=0.1p Rs=2 CJO=2p Tt=12n Bv=100 Ibv=0.1p
#END_MOD
#NO_MODE
Area factor (AREA) (optional):
#NO_IDENTIFIER

Temperature (TEMP) (optional):
TEMP=

Other options:
#NO_IDENTIFIER

#END_OPTS
n+
0,-30,#DIR_UP
n-
0,30,#DIR_DOWN
#END_KNOTS
S,5,-12,0,0
L,0,-30,0,-10
L,0,30,0,10
L,-10,-10,10,-10
L,10,-10,0,10
L,0,10,-10,-10
L,-10,10,10,10
#END_GRAPH
#ELEMENT
1N4449
D
D1N4449
D
Is=0.1p Rs=4 CJO=1p Tt=12n Bv=100 Ibv=0.1p
#END_MOD
#NO_MODE
Area factor (AREA) (optional):
#NO_IDENTIFIER

Temperature (TEMP) (optional):
TEMP=

Other options:
#NO_IDENTIFIER

#END_OPTS
n+
0,-30,#DIR_UP
n-
0,30,#DIR_DOWN
#END_KNOTS
S,5,-12,0,0
L,0,-30,0,-10
L,0,30,0,10
L,-10,-10,10,-10
L,10,-10,0,10
L,0,10,-10,-10
L,-10,10,10,10
#END_GRAPH
#ELEMENT
1N4454
D
D1N4454
D
Is=0.1p Rs=4 CJO=1p Tt=8n Bv=100 Ibv=0.1p
#END_MOD
#NO_MODE
Area factor (AREA) (optional):
#NO_IDENTIFIER

Temperature (TEMP) (optional):
TEMP=

Other options:
#NO_IDENTIFIER

#END_OPTS
n+
0,-30,#DIR_UP
n-
0,30,#DIR_DOWN
#END_KNOTS
S,5,-12,0,0
L,0,-30,0,-10
L,0,30,0,10
L,-10,-10,10,-10
L,10,-10,0,10
L,0,10,-10,-10
L,-10,10,10,10
#END_GRAPH
#ELEMENT
1N4934
D
D1N4934
D
IS=2.54E-10 RS=6.874E-6 N=1.498 TT=1.086E-8 CJO=3.135E-11
VJ=0.5581 M=0.4379 BV=100 IBV=0.0001
#END_MOD
#NO_MODE
Area factor (AREA) (optional):
#NO_IDENTIFIER

Temperature (TEMP) (optional):
TEMP=

Other options:400V 1A 30us Si
#NO_IDENTIFIER

#END_OPTS
n+
0,-30,#DIR_UP
n-
0,30,#DIR_DOWN
#END_KNOTS
S,5,-12,0,0
N,5,25,0,0
L,0,-30,0,-10
L,0,30,0,10
L,-10,-10,10,-10
L,10,-10,0,10
L,0,10,-10,-10
L,-10,10,10,10
#END_GRAPH
#ELEMENT
1N4938
D
D1N4938
D
Is=0.1p Rs=2 CJO=2.5p Tt=35n Bv=300 Ibv=0.1p
#END_MOD
#NO_MODE
Area factor (AREA) (optional):
#NO_IDENTIFIER

Temperature (TEMP) (optional):
TEMP=

Other options:
#NO_IDENTIFIER

#END_OPTS
n+
0,-30,#DIR_UP
n-
0,30,#DIR_DOWN
#END_KNOTS
S,5,-12,0,0
L,0,-30,0,-10
L,0,30,0,10
L,-10,-10,10,-10
L,10,-10,0,10
L,0,10,-10,-10
L,-10,10,10,10
#END_GRAPH
#ELEMENT
1N5400
D
D1N5400
D
IS=2.68E-12 RS=0.00977 N=1.17 TT=1.44E-5 CJO=1.24E-10
VJ=0.6 M=0.333 BV=66.6 IBV=1E-5
#END_MOD
#NO_MODE
Area factor (AREA) (optional):
#NO_IDENTIFIER

Temperature (TEMP) (optional):
TEMP=

Other options:50V 3A 15us
#NO_IDENTIFIER

#END_OPTS
n+
0,-30,#DIR_UP
n-
0,30,#DIR_DOWN
#END_KNOTS
S,5,-12,0,0
N,5,25,0,0
L,0,-30,0,-10
L,0,30,0,10
L,-10,-10,10,-10
L,10,-10,0,10
L,0,10,-10,-10
L,-10,10,10,10
#END_GRAPH
#ELEMENT
1N5401
D
D1N5401
D
IS=2.68E-12 RS=0.00731 N=1.17 TT=1.44E-5 CJO=1.24E-10
VJ=0.6 M=0.333 BV=133.2 IBV=1E-5
#END_MOD
#NO_MODE
Area factor (AREA) (optional):
#NO_IDENTIFIER

Temperature (TEMP) (optional):
TEMP=

Other options:100V 3A 15us
#NO_IDENTIFIER

#END_OPTS
n+
0,-30,#DIR_UP
n-
0,30,#DIR_DOWN
#END_KNOTS
S,5,-12,0,0
N,5,25,0,0
L,0,-30,0,-10
L,0,30,0,10
L,-10,-10,10,-10
L,10,-10,0,10
L,0,10,-10,-10
L,-10,10,10,10
#END_GRAPH
#ELEMENT
1N5402
D
D1N5402
D
IS=2.68E-12 RS=0.00731 N=1.17 TT=1.44E-5 CJO=1.24E-10
VJ=0.6 M=0.333 BV=266 IBV=1E-5
#END_MOD
#NO_MODE
Area factor (AREA) (optional):
#NO_IDENTIFIER

Temperature (TEMP) (optional):
TEMP=

Other options:200V 3A 15us Si
#NO_IDENTIFIER

#END_OPTS
n+
0,-30,#DIR_UP
n-
0,30,#DIR_DOWN
#END_KNOTS
S,5,-12,0,0
N,5,25,0,0
L,0,-30,0,-10
L,0,30,0,10
L,-10,-10,10,-10
L,10,-10,0,10
L,0,10,-10,-10
L,-10,10,10,10
#END_GRAPH
#ELEMENT
1N5406
D
D1N5406
D
IS=2.68E-12 RS=0.00731 N=1.17 TT=1.44E-5 CJO=1.24E-10
VJ=0.6 M=0.333 BV=900 IBV=1E-5
#END_MOD
#NO_MODE
Area factor (AREA) (optional):
#NO_IDENTIFIER

Temperature (TEMP) (optional):
TEMP=

Other options:600V 3A 15us Si
#NO_IDENTIFIER

#END_OPTS
n+
0,-30,#DIR_UP
n-
0,30,#DIR_DOWN
#END_KNOTS
S,5,-12,0,0
N,5,25,0,0
L,0,-30,0,-10
L,0,30,0,10
L,-10,-10,10,-10
L,10,-10,0,10
L,0,10,-10,-10
L,-10,10,10,10
#END_GRAPH
#ELEMENT
1N750
D
D1N750
D
Is=880.5E-18 Rs=.25 N=1 Xti=3 Eg=1.11 Cjo=175p M=.5516
Vj=.75 Fc=.5 Bv=4.7 Ibv=20.245m
#END_MOD
#NO_MODE
Area factor (AREA) (optional):
#NO_IDENTIFIER

Temperature (TEMP) (optional):
TEMP=

Other options:
#NO_IDENTIFIER

#END_OPTS
n+
0,-30,#DIR_UP
n-
0,30,#DIR_DOWN
#END_KNOTS
S,5,-12,0,0
N,5,25,0,0
L,0,-30,0,-10
L,0,30,0,10
L,-10,-10,10,-10
L,10,-10,0,10
L,0,10,-10,-10
L,-10,10,10,10
L,-10,10,-15,5
#END_GRAPH
#ELEMENT
1N914
D
D1N914
D
IS=7.075E-9 RS=0.78 N=1.95 TT=7.2E-9 CJO=4E-12 VJ=0.657
M=0.4 BV=100 IBV=0.0001
#END_MOD
#NO_MODE
Area factor (AREA) (optional):
#NO_IDENTIFIER

Temperature (TEMP) (optional):
TEMP=

Other options:100V 80mA 4ns Si
#NO_IDENTIFIER

#END_OPTS
n+
0,-30,#DIR_UP
n-
0,30,#DIR_DOWN
#END_KNOTS
S,5,-12,0,0
N,5,25,0,0
L,0,-30,0,-10
L,0,30,0,10
L,-10,-10,10,-10
L,10,-10,0,10
L,0,10,-10,-10
L,-10,10,10,10
#END_GRAPH
#ELEMENT
1N916
D
D1N916
D
Is=0.1p Rs=8 CJO=1p Tt=12n Bv=100 Ibv=0.1p
#END_MOD
#NO_MODE
Area factor (AREA) (optional):
#NO_IDENTIFIER

Temperature (TEMP) (optional):
TEMP=

Other options:
#NO_IDENTIFIER

#END_OPTS
n+
0,-30,#DIR_UP
n-
0,30,#DIR_DOWN
#END_KNOTS
S,5,-12,0,0
L,0,-30,0,-10
L,0,30,0,10
L,-10,-10,10,-10
L,10,-10,0,10
L,0,10,-10,-10
L,-10,10,10,10
#END_GRAPH
#ELEMENT
BSA116
D
DBSA116
D
IS=473P RS=42M N=1.75 BV=75 IBV=1.38U
CJO=9.55P VJ=.75 M=.333 TT=4.32U
#END_MOD
#NO_MODE
Area factor (AREA) (optional):
#NO_IDENTIFIER

Temperature (TEMP) (optional):
TEMP=

Other options:75V 200mA 3us Si
#NO_IDENTIFIER

#END_OPTS
n+
0,-30,#DIR_UP
n-
0,30,#DIR_DOWN
#END_KNOTS
S,5,-12,0,0
N,5,25,0,0
L,0,-30,0,-10
L,0,30,0,10
L,-10,-10,10,-10
L,10,-10,0,10
L,0,10,-10,-10
L,-10,10,10,10
#END_GRAPH
#ELEMENT
MMBD6050
D
DMMBD6050
D
IS=24.2N RS=42M N=2.18 BV=70 IBV=66U
CJO=760F VJ=.75 M=.333 TT=5.76N
#END_MOD
#NO_MODE
Area factor (AREA) (optional):
#NO_IDENTIFIER

Temperature (TEMP) (optional):
TEMP=

Other options:70V 200mA 4ns Si
#NO_IDENTIFIER

#END_OPTS
n+
0,-30,#DIR_UP
n-
0,30,#DIR_DOWN
#END_KNOTS
S,5,-12,0,0
N,5,25,0,0
L,0,-30,0,-10
L,0,30,0,10
L,-10,-10,10,-10
L,10,-10,0,10
L,0,10,-10,-10
L,-10,10,10,10
#END_GRAPH
#ELEMENT
MMBD914
D
DMMBD914
D
IS=3.45E-8 RS=0.042 N=2.18 TT=5.76E-9 CJO=7.62E-13
VJ=0.75 M=0.333 BV=100 IBV=0.0001334
#END_MOD
#NO_MODE
Area factor (AREA) (optional):
#NO_IDENTIFIER

Temperature (TEMP) (optional):
TEMP=

Other options:100V 200mA 4ns Si
#NO_IDENTIFIER

#END_OPTS
n+
0,-30,#DIR_UP
n-
0,30,#DIR_DOWN
#END_KNOTS
S,5,-12,0,0
N,5,25,0,0
L,0,-30,0,-10
L,0,30,0,10
L,-10,-10,10,-10
L,10,-10,0,10
L,0,10,-10,-10
L,-10,10,10,10
#END_GRAPH
#ELEMENT
BAL74
D
DBAL74
D
IS=4.739E-9 RS=0.4418 N=1.849 TT=2.02E-9 BV=99.08
IBV=0.02588
#END_MOD
#NO_MODE
Area factor (AREA) (optional):
#NO_IDENTIFIER

Temperature (TEMP) (optional):
TEMP=

Other options:50V 100mA 4ns Si
#NO_IDENTIFIER

#END_OPTS
n+
0,-30,#DIR_UP
n-
0,30,#DIR_DOWN
#END_KNOTS
S,5,-12,0,0
N,5,25,0,0
L,0,-30,0,-10
L,0,30,0,10
L,-10,-10,10,-10
L,10,-10,0,10
L,0,10,-10,-10
L,-10,10,10,10
#END_GRAPH
#ELEMENT
BAL99
D
DBAL99
D
IS=4.858E-9 RS=1.898 N=2.038 TT=4.184E-9 BV=164.1
IBV=0.01294
#END_MOD
#NO_MODE
Area factor (AREA) (optional):
#NO_IDENTIFIER

Temperature (TEMP) (optional):
TEMP=

Other options:70V 100mA 6ns Si
#NO_IDENTIFIER

#END_OPTS
n+
0,-30,#DIR_UP
n-
0,30,#DIR_DOWN
#END_KNOTS
S,5,-12,0,0
N,5,25,0,0
L,0,-30,0,-10
L,0,30,0,10
L,-10,-10,10,-10
L,10,-10,0,10
L,0,10,-10,-10
L,-10,10,10,10
#END_GRAPH
#ELEMENT
BAR74
D
DBAR74
D
IS=4.739E-9 RS=0.4418 N=1.849 TT=2.02E-9 BV=99.08
IBV=0.02588
#END_MOD
#NO_MODE
Area factor (AREA) (optional):
#NO_IDENTIFIER

Temperature (TEMP) (optional):
TEMP=

Other options:50V 150mA 4ns Si
#NO_IDENTIFIER

#END_OPTS
n+
0,-30,#DIR_UP
n-
0,30,#DIR_DOWN
#END_KNOTS
S,5,-12,0,0
N,5,25,0,0
L,0,-30,0,-10
L,0,30,0,10
L,-10,-10,10,-10
L,10,-10,0,10
L,0,10,-10,-10
L,-10,10,10,10
#END_GRAPH
#ELEMENT
Diode
D
DMOD
D
RS=0.1
#END_MOD
#NO_MODE
Area factor (AREA) (optional):
#NO_IDENTIFIER

Temperature (TEMP) (optional):
TEMP=

Other options:
#NO_IDENTIFIER

#END_OPTS
n+
0,-30,#DIR_UP
n-
0,30,#DIR_DOWN
#END_KNOTS
S,5,-12,0,0
L,0,-30,0,-10
L,0,30,0,10
L,-10,-10,10,-10
L,10,-10,0,10
L,0,10,-10,-10
L,-10,10,10,10
#END_GRAPH
#ELEMENT
Diode-ideal (Vd=6mV)
D
DMODI
D
RS=0.01 N=0.01
#END_MOD
#NO_MODE
Area factor (AREA) (optional):
#NO_IDENTIFIER

Temperature (TEMP) (optional):
TEMP=

Other options:
#NO_IDENTIFIER

#END_OPTS
n+
0,-30,#DIR_UP
n-
0,30,#DIR_DOWN
#END_KNOTS
S,5,-12,0,0
L,0,-30,0,-10
L,0,30,0,10
L,-10,-10,10,-10
L,10,-10,0,10
L,0,10,-10,-10
L,-10,10,10,10
#END_GRAPH
#END_BIB