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* C:\Arquivos de Programas\LTC\SwCADIII\lib\sub\regulators.lib
* LM7805 model.
* No need to use .inc - I've set the .asy symbol to remove the need for .inc.
* (I used the symbol of LT1084, just replaced the LT1084 by LMxxxx and LTC.LIB by regulators.lib)
.SUBCKT LM7805 1 2 3
* In GND Out
QT6 23 10 2 Q_NPN 0.1
QT7 5 4 10 Q_NPN 0.1
QT5 7 6 5 Q_NPN 0.1
QT1 1 9 8 Q_NPN 0.1
QT3 11 8 7 Q_NPN 0.1
QT2 11 13 12 Q_NPN 0.1
QT17 1 15 14 Q_NPN 10
C2 10 23 4P
R16 12 5 500
R12 16 2 12.1K
QT18 17 23 16 Q_NPN 0.1
D1 18 19 D_D
R11 20 21 850
R5 22 3 100
QT14 24 18 2 Q_NPN 0.1
R21 6 2 2.67K
R20 3 6 640
DZ2 25 26 D_5V1
R19 1 26 16K
R18 14 3 250M
R17 25 14 380
R15 25 15 1.62K
QT16 1 20 15 Q_NPN 1
QT15 2 24 21 Q_PNP 0.1
*OFF
R14 21 24 4K
C1 27 24 20P
R13 19 2 4K
QT13 24 27 18 Q_NPN 0.1
QT12 20 25 22 Q_NPN 1
*OFF
QT11 20 28 2 Q_NPN 0.1
*OFF
QT10 20 11 1 Q_PNP 0.1
R10 17 27 16.5K
R9 5 4 1.9K
R8 4 23 26
R7 10 2 1.2K
R6 29 2 1K
QT9 11 11 1 Q_PNP 0.1
QT8 27 16 29 Q_NPN 0.1
QT4 15 6 17 Q_NPN 0.1
DZ1 2 9 D_5V6
R4 1 9 80K
R3 28 2 830
R2 13 28 4.97K
R1 8 13 7K
.MODEL D_5V1 D( IS=10F N=1.16 BV=5.1 IBV=0.5M CJ0 = 1P TT = 10p )
.MODEL D_5V6 D( IS=10F N=1.16 BV=5.6 IBV=5U CJ0 = 1P TT = 10p )
.MODEL Q_NPN NPN( IS=10F NF=1.16 NR=1.16 BF=80 CJC=1P CJE=2P
+ TF=10P TR=1N )
.MODEL Q_PNP PNP( IS=10F NF=1.16 NR=1.16 BF=80 CJC=1P CJE=2P
+ TF=10P TR=1N )
.MODEL D_D D( IS=1F N=1.16 CJ0 = 1P TT = 10p )
.ENDS LM7805
* Pinouts are the same as 7805.
.SUBCKT LM7812 1 2 3
QT6 23 10 2 Q_NPN 0.1
QT7 5 4 10 Q_NPN 0.1
QT5 7 6 5 Q_NPN 0.1
QT1 1 9 8 Q_NPN 0.1
QT3 11 8 7 Q_NPN 0.1
QT2 11 13 12 Q_NPN 0.1
QT17 1 15 14 Q_NPN 10
C2 10 23 4P
R16 12 5 500
R12 16 2 12.1K
QT18 17 23 16 Q_NPN 0.1
D1 18 19 D_D
R11 20 21 850
R5 22 3 100
QT14 24 18 2 Q_NPN 0.1
R21 6 2 2.67K
R20 3 6 5.22K
DZ2 25 26 D_5V1
R19 1 26 16K
R18 14 3 250M
R17 25 14 380
R15 25 15 1.62K
QT16 1 20 15 Q_NPN 1
QT15 2 24 21 Q_PNP 0.1
*OFF
R14 21 24 4K
C1 27 24 20P
R13 19 2 4K
QT13 24 27 18 Q_NPN 0.1
QT12 20 25 22 Q_NPN 1
*OFF
QT11 20 28 2 Q_NPN 0.1
*OFF
QT10 20 11 1 Q_PNP 0.1
R10 17 27 16.5K
R9 5 4 1.9K
R8 4 23 26
R7 10 2 1.2K
R6 29 2 1K
QT9 11 11 1 Q_PNP 0.1
QT8 27 16 29 Q_NPN 0.1
QT4 15 6 17 Q_NPN 0.1
DZ1 2 9 D_5V6
R4 1 9 80K
R3 28 2 830
R2 13 28 4.97K
R1 8 13 7K
.MODEL D_5V1 D( IS=10F N=1.16 BV=5.1 IBV=0.5M CJ0 = 1P TT = 10p )
.MODEL D_5V6 D( IS=10F N=1.16 BV=5.6 IBV=5U CJ0 = 1P TT = 10p )
.MODEL Q_NPN NPN( IS=10F NF=1.16 NR=1.16 BF=80 CJC=1P CJE=2P
+ TF=10P TR=1N )
.MODEL Q_PNP PNP( IS=10F NF=1.16 NR=1.16 BF=80 CJC=1P CJE=2P
+ TF=10P TR=1N )
.MODEL D_D D( IS=1F N=1.16 CJ0 = 1P TT = 10p )
.ENDS LM7812
* Pinouts are the same as '05
.SUBCKT LM7815 1 2 3
QT6 23 10 2 Q_NPN 0.1
QT7 5 4 10 Q_NPN 0.1
QT5 7 6 5 Q_NPN 0.1
QT1 1 9 8 Q_NPN 0.1
QT3 11 8 7 Q_NPN 0.1
QT2 11 13 12 Q_NPN 0.1
QT17 1 15 14 Q_NPN 10
C2 10 23 4P
R16 12 5 500
R12 16 2 12.1K
QT18 17 23 16 Q_NPN 0.1
D1 18 19 D_D
R11 20 21 850
R5 22 3 100
QT14 24 18 2 Q_NPN 0.1
R21 6 2 2.67K
R20 3 6 7.18K
DZ2 25 26 D_5V1
R19 1 26 16K
R18 14 3 250M
R17 25 14 380
R15 25 15 1.62K
QT16 1 20 15 Q_NPN 1
QT15 2 24 21 Q_PNP 0.1
*OFF
R14 21 24 4K
C1 27 24 20P
R13 19 2 4K
QT13 24 27 18 Q_NPN 0.1
QT12 20 25 22 Q_NPN 1
*OFF
QT11 20 28 2 Q_NPN 0.1
*OFF
QT10 20 11 1 Q_PNP 0.1
R10 17 27 16.5K
R9 5 4 1.9K
R8 4 23 26
R7 10 2 1.2K
R6 29 2 1K
QT9 11 11 1 Q_PNP 0.1
QT8 27 16 29 Q_NPN 0.1
QT4 15 6 17 Q_NPN 0.1
DZ1 2 9 D_5V6
R4 1 9 80K
R3 28 2 830
R2 13 28 4.97K
R1 8 13 7K
.MODEL D_5V1 D( IS=10F N=1.16 BV=5.1 IBV=0.5M CJ0 = 1P TT = 10p )
.MODEL D_5V6 D( IS=10F N=1.16 BV=5.6 IBV=5U CJ0 = 1P TT = 10p )
.MODEL Q_NPN NPN( IS=10F NF=1.16 NR=1.16 BF=80 CJC=1P CJE=2P
+ TF=10P TR=1N )
.MODEL Q_PNP PNP( IS=10F NF=1.16 NR=1.16 BF=80 CJC=1P CJE=2P
+ TF=10P TR=1N )
.MODEL D_D D( IS=1F N=1.16 CJ0 = 1P TT = 10p )
.ENDS LM7815
* Identical.
.SUBCKT LM7905 1 2 3
DD4 4 5 D_6V3_0
DD2 6 2 D_3V9_0
DD1 7 2 D_4V7_0
DD3 8 3 D_6V3_0
C2 9 10 5P
C1 2 9 15P
QTU15 10 9 3 Q_PNP_0 1.000
R17 11 12 4.2K
QTU22 3 10 13 Q_NPN_0 3.000
R18 8 5 15.65K
R20 13 14 1K
R19 4 14 75
QTU31 12 11 4 Q_NPN_1 1.000
R16 15 1 160
R24 16 1 1.8K
C3 17 1 10P
QTU30 18 12 15 Q_NPN_1 1.000
QTU29 10 16 1 Q_NPN_1 1.000
R15 19 1 400
QTU28 10 20 19 Q_NPN_1 1.000
R14 21 1 200
QTU27 17 20 21 Q_NPN_1 1.000
R11 22 23 1K
R10 24 25 1K
QTU19 18 27 26 Q_NPN_1 1.000
R9 2 18 7.1K
QTU8 16 18 2 Q_PNP_0 1.000
QTU7 28 18 2 Q_PNP_0 1.000
QTU6 18 18 2 Q_PNP_0 1.000
QTU5 11 29 2 Q_PNP_0 1.000
QTU4 20 29 2 Q_PNP_0 1.000
QTU3 1 29 2 Q_PNP_0 1.000
QTU2 1 29 2 Q_PNP_0 1.000
R13 28 1 400
R12 30 1 400
QTU18 29 29 31 Q_NPN_1 1.000
QTU1 29 29 2 Q_PNP_0 1.000
R6 31 32 6.5K
R7 32 27 5.6K
R8 27 26 950
QTU10 33 6 26 Q_PNP_0 1.000
QTU17 34 35 33 Q_PNP_0 1.000
R5 36 1 2K
QTU24 34 34 36 Q_NPN_1 1.000
R1 37 6 6.3K
R2 37 38 670
R3 38 35 550
QTU9 38 35 6 Q_PNP_0 1.000
R4 39 1 2K
QTU23 35 34 39 Q_NPN_1 1.000
QTU16 1 7 35 Q_PNP_0 1.000
JT1 7 1 1 J_2N3458_N
QTU14 3 17 23 Q_PNP_0 1.000
QTU13 17 17 23 Q_PNP_0 1.000
QTU12 17 17 25 Q_PNP_0 1.000
QTU11 9 17 25 Q_PNP_0 1.000
QTU32 3 13 14 Q_NPN_2 10.000
QTU26 9 20 28 Q_NPN_1 1.000
QTU25 20 20 30 Q_NPN_1 1.000
QTU21 2 40 22 Q_NPN_1 1.000
QTU20 2 37 24 Q_NPN_1 1.000
R21 2 40 4.29K
R22 40 3 500
R23 14 1 500M
.MODEL J_2N3458_N NJF( VTO=-3.05 BETA=699.53U LAMBDA=6M RD=1 RS=1
+ CGD=2.81P CGS=2.91P M=227.1M PB=500M IS=114.41F
+ VTOTC=-2.5M BETATCE=-500M KF=0 AF=1 )
.MODEL D_6V3_0 D( IS=10F N=1.24 BV=6.3 IBV=1M CJ0 = 1P TT = 10p )
.MODEL D_3V9_0 D( IS=10F N=1.24 BV=3.9 IBV=1M CJ0 = 1P TT = 10p )
.MODEL D_4V7_0 D( IS=10F N=1.24 BV=4.7 IBV=1M CJ0 = 1P TT = 10p )
.MODEL Q_PNP_0 PNP( IS=10F NF=1.04 NR=1.04 BF=50 CJC=1P CJE=2P
+ TF=10P TR=1N VAF=45)
.MODEL Q_NPN_0 NPN( IS=10F NF=1.04 NR=1.04 BF=100 CJC=1P CJE=2P
+ TF=10P TR=1N VAF=90)
.MODEL Q_NPN_1 NPN( IS=10F NF=1.04 NR=1.04 BF=100 CJC=1P CJE=2P
+ TF=10P TR=1N VAF=90)
.MODEL Q_NPN_2 NPN( IS=10F NF=1.04 NR=1.04 BF=100 CJC=1P CJE=2P
+ TF=10P TR=1N VAF=90)
.ENDS LM7905
* Identical but PIN 2 is now ADJUST instead of GND.
* LM117 seems to be the same model.
.SUBCKT LM317 1 2 3
D4 4 3 D_Z6V0
D3 5 6 D_Z6V3
D2 7 1 D_Z6V3
D1 3 8 D_Z6V3
QT26 1 10 9 Q_NPN 20.0
QT25 1 11 10 Q_NPN 2.0
QT24_2 13 12 5 Q_NPN 0.1
QT24 13 12 14 Q_NPN 0.1
QT23 17 16 15 Q_NPN 1.0
QT21 19 18 3 Q_NPN 0.1
QT19 21 3 20 Q_NPN 1.0
QT17 23 3 22 Q_NPN 0.1
QT13 1 25 24 Q_NPN 0.1
QT11 16 27 26 Q_NPN 0.1
QT7 30 29 28 Q_NPN 0.1
QT5 29 31 3 Q_NPN 0.1
QT3 33 31 32 Q_NPN 0.1
QT22_2 17 17 1 Q_PNP 1.0
QT22 16 17 1 Q_PNP 1.0
QT20 3 19 16 Q_PNP 0.1
QT18 21 21 16 Q_PNP 0.1
QT16 23 21 16 Q_PNP 0.1
QT15 3 23 25 Q_PNP 0.1
QT12 3 24 16 Q_PNP 0.1
QT9 27 30 34 Q_PNP 0.1
QT6 3 29 34 Q_PNP 0.1
QT14 25 33 35 Q_PNP 0.1
QT10 16 33 36 Q_PNP 0.1
QT8 34 33 37 Q_PNP 0.1
QT4 31 33 38 Q_PNP 0.1
QT2 33 33 39 Q_PNP 0.1
R27 4 2 50
R26 9 3 100M
R25 9 14 2
R24 5 14 160
R23 7 6 18K
R22 10 3 160
R21 12 13 400
R20 18 13 13K
R19 16 11 370
R18 15 10 130
R17 16 12 12K
C3 19 18 5P
R16 16 19 6.7K
R15 20 22 2.4K
R14 22 4 12K
C2 23 4 30P
C1 23 3 30P
R13 24 3 5.1K
R12 26 3 72
R11 27 3 5.8K
R10 28 3 4.1K
R9 32 3 180
R8 34 30 12.4K
R7 31 29 130
R6 8 31 100K
R5 1 35 5.6K
R4 1 36 82
R3 1 37 190
R2 1 38 310
R1 1 39 310
JT1 1 3 8 J_N
.MODEL D_Z6V0 D( IS=10F N=1.04 BV=6.0 IBV=1M CJ0 = 1P TT = 10p )
.MODEL D_Z6V3 D( IS=10F N=1.04 BV=6.3 IBV=1M CJ0 = 1P TT = 10p )
.MODEL Q_NPN NPN( IS=10F NF=1.04 NR=1.04 BF=100 CJC=1P CJE=2P
+ TF=10P TR=1N VAF=90)
.MODEL Q_PNP PNP( IS=10F NF=1.04 NR=1.04 BF=50 CJC=1P CJE=2P
+ TF=10P TR=1N VAF=45)
.MODEL J_N NJF( VTO=-7 )
.ENDS LM117
|
