ProfitPress Mega CDROM2 …eeware (MSDOS)(1992)(Eng)/ProfitPress-MegaCDROM2.B6I/APPS/CAD/PSPICE5C.ZIP/ANALOG.SLB

Text File | 1991-08-19 | 15.3 KB | 963 lines

*version 1.0 0
@index
symloc C 0 361
symloc D 361 334
symloc D3 695 624
symloc DCR 1319 390
symloc DVV 1709 388
symloc DZ 2097 353
symloc GAASFETE 2450 486
symloc L 2936 372
symloc MAGNETIC 3308 908
symloc MOSE 4216 429
symloc NJD 4645 456
symloc NMOSE 5101 467
symloc PJD 5568 456
symloc PMOSE 6024 580
symloc POT-1K 6604 735
symloc QNPN 7339 411
symloc QPNP 7750 411
symloc QZS32768 8161 693
symloc R 8854 344
symloc S 9198 717
symloc SCR 9915 516
symloc T 10431 928
symloc TRIAC 11359 542
symloc W 11901 629
symloc XTAL 12530 650
symloc YX 13180 737
symloc ZX 13917 736
symloc copyright 14653 442
*symbol C
d Capacitor
@type p
@attributes
a 0 u 13 0 15 25 hln 100 value=1n
a 0 s 9 0 15 0 hln 100 REFDES=C?
a 0 u 0 0 0 0 hln 100 IC=
a 1 sp 0 0 0 0 hln 100 TEMPLATE=C^@REFDES %1 %2 @value ?IC/IC=@IC/
@pins
p 0 10 10 hln 100 1 n 0 10 h
p 0 20 10 hln 100 2 n 30 10 u
@graphics 30 20 0 10 11
v 0 10 10
13 10
;
v 0 13 5
13 15
;
v 0 17 5
17 15
;
v 0 17 10
20 10
;
*symbol D
d diode
@type p
@attributes
a 0 u 0 0 0 0 hln 100 value=
a 0 u 13 0 15 25 hln 100 PART=DMOD
a 0 s 9 0 15 0 hln 100 REFDES=D?
a 1 sp 0 0 0 0 hln 100 TEMPLATE=D^@REFDES %1 %2 @PART ?value/@value/
@pins
p 0 5 10 hln 100 1 n 0 10 h
p 0 25 10 hln 100 2 n 30 10 u
@graphics 30 20 0 10
v 0 10 5
10 15
20 10
10 5
;
v 0 20 5
20 15
;
*symbol D3
d 3-terminal diode
@type p
@attributes
a 0 u 0 0 0 0 hln 100 value=
a 0 u 13 0 15 45 hln 100 PART=D3MOD
a 0 s 9 0 15 0 hln 100 REFDES=D?
a 1 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %1 %2 %3 @PART ?value/@value/
@pins
p 0 5 10 hln 100 1 n 0 10 h
a 0 u 0 0 0 0 hln 100 ERC=x
a 0 u 0 0 5 5 hln 100 pin=0
p 0 5 30 hln 100 2 n 0 30 h
a 0 u 0 0 0 0 hln 100 ERC=x
a 0 u 0 0 5 5 hln 100 pin=0
p 0 35 20 hln 100 3 n 40 20 u
a 0 u 0 0 0 0 hln 100 ERC=x
a 0 u 0 0 5 5 hln 100 pin=0
@graphics 40 40 0 10
v 0 10 5
10 15
20 10
10 5
;
v 0 20 5
20 15
;
v 0 10 25
10 35
20 30
10 25
;
v 0 20 25
20 35
;
v 0 20 30
30 30
30 10
20 10
;
*symbol DCR
d current regulator diode
@type p
@attributes
a 0 u 0 0 0 0 hln 100 value=
a 0 u 13 0 15 25 hln 100 PART=DCRMOD
a 0 s 9 0 15 0 hln 100 REFDES=D?
a 1 sp 0 0 0 0 hln 100 TEMPLATE=D^@REFDES %1 %2 @PART ?value/@value/
@pins
p 0 5 10 hln 100 1 n 0 10 h
p 0 25 30 hln 100 2 n 30 10 u
@graphics 30 20 0 10
v 0 10 5
10 15
20 10
10 5
;
v 0 18 5
22 5
;
v 0 18 15
22 15
;
v 0 20 5
20 15
;
*symbol DVV
d voltage-variable capacitance diode
@type p
@attributes
a 0 u 0 0 0 0 hln 100 value=
a 0 u 13 0 15 25 hln 100 PART=DVVMOD
a 0 s 9 0 15 0 hln 100 REFDES=D?
a 1 sp 0 0 0 0 hln 100 TEMPLATE=D^@REFDES %1 %2 @PART ?value/@value/
@pins
p 0 5 10 hln 100 1 n 0 10 h
p 0 25 10 hln 100 2 n 30 10 u
@graphics 30 20 0 10
v 0 10 5
10 15
20 10
10 5
;
v 0 20 5
20 15
;
a 0 24 6 22 10 24 14
*symbol DZ
d zener diode
@type p
@attributes
a 0 u 0 0 0 0 hln 100 value=
a 0 u 13 0 15 25 hln 100 PART=DZMOD
a 0 s 9 0 15 0 hln 100 REFDES=D?
a 1 sp 0 0 0 0 hln 100 TEMPLATE=D^@REFDES %1 %2 @PART ?value/@value/
@pins
p 0 5 10 hln 100 1 n 0 10 h
p 0 25 10 hln 100 2 n 30 10 u
@graphics 30 20 0 10
v 0 10 5
10 15
20 10
10 5
;
v 0 17 3
20 5
20 15
23 18
;
*symbol GAASFETE
d gaasfet - enhancement
@type p
@attributes
a 1 sp 0 0 0 0 hln 100 TEMPLATE=B^@REFDES %d %g %s @PART ?value/@value/
a 0 s 9 0 5 10 hln 100 REFDES=B?
a 0 u 0 0 0 0 hln 100 value=
a 0 u 13 0 10 40 hln 100 PART=BMOD
@pins
p 0 25 10 hln 100 d n 30 0 d
p 0 25 40 hln 100 s n 30 40 v
p 0 5 20 hln 100 g n 0 20 h
@graphics 30 40 0 20
v 0 10 20
20 20
;
v 0 20 30
30 30
;
v 0 20 7
20 33
;
v 0 20 10
30 10
;
v 0 10 20
20 20
;
v 0 20 30
30 30
;
v 0 20 7
20 33
;
v 0 20 10
30 10
;
*symbol L
d inductor
@type p
@attributes
a 0 u 13 0 15 25 hln 100 value=10uH
a 0 u 0 0 0 0 hln 100 IC=
a 0 s 9 0 15 0 hln 100 REFDES=L?
a 1 sp 0 0 0 0 hln 100 TEMPLATE=L^@REFDES %1 %2 @value ?IC/IC=@IC/
@pins
p 0 5 10 hln 100 1 n 0 10 h
p 0 35 10 hln 100 2 n 60 10 u
@graphics 60 20 0 10
a 0 20 10 15 5 10 10
a 0 30 10 25 5 20 10
a 0 40 10 35 5 30 10
a 0 50 10 45 5 40 10
*symbol MAGNETIC
d magnetic core device
@type p
@attributes
a 0 u 0 0 15 25 hln 100 coupling=
a 0 u 13 0 20 70 hln 100 PART=
a 0 u 0 0 0 0 hln 100 L1_WINDINGS=
a 0 u 0 0 0 0 hln 100 L2_WINDINGS=
a 0 s 9 0 20 0 hln 100 REFDES=TX?
a 1 sp 0 0 0 0 hln 100 TEMPLATE=L1^@REFDES %1 %2 @L1_WINDINGS\nL2^@REFDES %3 %4 @L2_WINDINGS\nK^@REFDES L1^@REFDES L2^@REFDES @coupling
@pins
p 0 0 0 hln 100 1 n 0 0 h
p 0 0 0 hln 100 2 n 0 60 h
p 0 0 0 hln 100 3 n 40 0 u
a 0 u 0 0 0 0 hln 100 ERC=x
a 0 u 0 0 5 2 hln 100 pin=0
p 0 0 0 hln 100 4 n 40 60 u
a 0 u 0 0 0 0 hln 100 ERC=x
a 0 u 0 0 5 5 hln 100 pin=0
@graphics 40 60 0 0 10
a 0 10 50 15 45 10 40
a 0 10 40 15 35 10 30
a 0 10 30 15 25 10 20
a 0 10 20 15 15 10 10
a 0 30 10 25 15 30 20
a 0 30 20 25 25 30 30
a 0 30 30 25 35 30 40
a 0 30 40 25 45 30 50
v 0 10 0
10 10
;
v 0 10 50
10 60
;
v 0 30 0
30 10
;
v 0 30 50
30 60
;
v 0 18 10
18 50
18 50
;
v 0 22 10
22 50
22 50
;
*symbol MOSE
d mosfet - enhancement
@type p
@attributes
a 1 sp 0 0 0 0 hln 100 TEMPLATE=M^@REFDES %d %g %s @PART ?value/@value/
a 0 s 9 0 5 10 hln 100 REFDES=M?
a 0 u 0 0 0 0 hln 100 value=
a 0 u 13 0 10 40 hln 100 PART=MMOD
@pins
p 0 25 40 hln 100 s n 30 40 v
p 0 10 20 hln 100 g n 0 20 h
p 0 25 10 hln 100 d n 30 0 d
@graphics 30 40 0 20
v 0 10 20
15 20
;
v 0 15 10
15 30
;
v 0 20 7
20 33
;
v 0 20 30
30 30
;
v 0 20 10
30 10
;
*symbol NJD
d n-channel jfet - depletion
@type p
@attributes
a 1 sp 0 0 0 0 hln 100 TEMPLATE=J^@REFDES %d %g %s @PART ?value/@value/
a 0 s 9 0 5 10 hln 100 REFDES=J?
a 0 u 0 0 0 0 hln 100 value=
a 0 u 13 0 10 40 hln 100 PART=JMOD
@pins
p 0 10 20 hln 100 g n 0 20 h
p 0 25 40 hln 100 s n 30 40 v
p 0 25 10 hln 100 d n 30 0 d
@graphics 30 40 0 20
v 0 10 20
20 20
;
v 0 20 7
20 33
21 33
21 7
20 7
;
v 0 21 10
30 10
;
v 0 21 30
30 30
;
v 0 15 16
20 20
15 24
;
*symbol NMOSE
d n-channel mosfet - enhancement
@type p
@attributes
a 1 sp 0 0 0 0 hln 100 TEMPLATE=M^@REFDES %d %g %s %s @PART ?value/@value/
a 0 s 9 0 5 10 hln 100 REFDES=M?
a 0 u 0 0 0 0 hln 100 value=
a 0 u 13 0 10 40 hln 100 PART=MMOD
@pins
p 0 25 40 hln 100 s n 30 40 v
p 0 10 20 hln 100 g n 0 20 h
p 0 25 10 hln 100 d n 30 0 d
@graphics 30 40 0 20
v 0 10 20
15 20
;
v 0 15 10
15 30
;
v 0 20 7
20 33
;
v 0 20 30
30 30
;
v 0 20 10
30 10
;
v 0 25 26
30 30
25 34
;
*symbol PJD
d p-channel jfet - depletion
@type p
@attributes
a 1 sp 0 0 0 0 hln 100 TEMPLATE=J^@REFDES %d %g %s @PART ?value/@value/
a 0 s 9 0 5 10 hln 100 REFDES=J?
a 0 u 0 0 0 0 hln 100 value=
a 0 u 13 0 10 40 hln 100 PART=JMOD
@pins
p 0 25 40 hln 100 s n 30 40 v
p 0 10 20 hln 100 g n 0 20 h
p 0 25 10 hln 100 d n 30 0 d
@graphics 30 40 0 20
v 0 10 20
20 20
;
v 0 21 7
21 33
20 33
20 7
21 7
;
v 0 21 10
30 10
;
v 0 21 30
30 30
;
v 0 15 16
10 20
15 24
;
*symbol PMOSE
d p-channel mosfet - enhancement
@type p
@attributes
a 1 sp 0 0 0 0 hln 100 TEMPLATE=M^@REFDES %d %g %s %s @PART ?value/@value/
a 0 s 9 0 5 10 hln 100 REFDES=M?
a 0 u 0 0 0 0 hln 100 value=
a 0 u 13 0 10 40 hln 100 PART=MMOD
@pins
p 0 10 20 hln 100 g n 0 20 h
p 0 25 40 hln 100 s n 30 40 v
p 0 25 10 hln 100 d n 30 0 d
@graphics 30 40 0 20
v 0 10 20
15 20
;
v 0 15 10
15 30
;
v 0 20 7
20 33
;
v 0 20 30
30 30
;
v 0 20 10
30 10
;
v 0 25 26
20 30
25 34
;
v 0 10 20
15 20
;
v 0 15 10
15 30
;
v 0 20 7
20 33
;
v 0 20 30
30 30
;
v 0 20 10
30 10
;
v 0 25 26
20 30
25 34
;
*symbol POT-1K
d Potentiometer (1K) - voltage controlled resistor
@type p
@attributes
a 1 s 0 0 0 0 hln 100 TEMPLATE=RT^@REFDES %1 %t {(@1K*(1-@SET))+.001}\nRB^@REFDES %t %2 {(@1K*@SET)+.001}
a 1 s 9 0 15 0 hln 100 REFDES=R?
a 0 u 0 0 0 20 hln 100 SET=0.5
@pins
p 0 30 10 hln 100 2 n 40 10 u
p 0 10 10 hln 100 1 n 0 10 h
p 0 22 18 hln 100 t n 20 30 v
a 0 u 0 0 18 29 hln 100 pin=3
a 0 u 0 0 20 30 hln 100 ERC=x
@graphics 40 30 0 10 10
v 0 10 10
11 10
;
v 0 11 10
13 6
;
v 0 13 6
16 14
;
v 0 16 14
19 6
;
v 0 19 6
22 14
;
v 0 22 14
25 6
;
v 0 25 6
28 14
;
v 0 28 14
30 10
;
v 0 20 14
19 20
;
v 0 19 20
19 20
;
v 0 19 20
21 20
;
v 0 21 20
21 20
;
v 0 21 20
20 14
;
v 0 20 14
20 14
;
v 0 22 24
22 24
;
v 0 20 20
20 14
;
v 0 20 14
20 14
;
*symbol QNPN
d pnp bipolar transistor
@type p
@attributes
a 0 u 0 0 0 0 hln 100 value=
a 0 u 13 0 5 40 hln 100 PART=NPN
a 0 s 9 0 5 5 hln 100 REFDES=Q?
a 1 sp 0 0 0 0 hln 100 TEMPLATE=Q^@REFDES %c %b %e ?s/%s/ @PART ?value/@value/
@pins
p 0 5 20 hln 100 b n 0 20 h
p 0 15 10 hln 100 c n 20 0 d
p 0 15 40 hln 100 e n 20 40 v
@graphics 20 40 0 20
v 0 10 10
10 30
;
v 0 20 10
10 20
20 30
;
v 0 18 23
18 28
13 28
;
*symbol QPNP
d pnp bipolar transistor
@type p
@attributes
a 0 u 0 0 0 0 hln 100 value=
a 0 u 13 0 5 40 hln 100 PART=PNP
a 0 s 9 0 5 5 hln 100 REFDES=Q?
a 1 sp 0 0 0 0 hln 100 TEMPLATE=Q^@REFDES %c %b %e ?s/%s/ @PART ?value/@value/
@pins
p 0 5 20 hln 100 b n 0 20 h
p 0 15 10 hln 100 c n 20 0 d
p 0 15 40 hln 100 e n 20 40 v
@graphics 20 40 0 20
v 0 10 10
10 30
;
v 0 20 10
10 20
20 30
;
v 0 18 23
13 23
13 28
;
*symbol QZS32768
d 32768 Hz watch crystal, XY cut, series resonant, Q=81780
@type p
@attributes
a 1 s 9 0 2 -6 hln 100 REFDES=X?
a 1 s 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %1 %2 QZP10MEG
a 0 u 11 0 -4 32 hln 100 PART=QZS32768
@pins
p 0 12 12 hln 100 1 n 0 10 h
a 0 u 0 0 1 8 hln 100 pin=1
a 0 u 0 0 0 10 hln 100 ERC=x
p 0 28 8 hln 100 2 n 40 10 u
a 0 u 0 0 39 12 hln 100 pin=2
a 0 u 0 0 40 10 hln 100 ERC=x
@graphics 40 20 0 0 10
v 0 10 17
10 17
;
v 0 29 16
29 16
;
v 0 13 3
13 16
;
v 0 13 16
13 16
;
v 0 26 3
26 15
;
v 0 26 15
26 15
;
v 0 26 15
26 16
;
v 0 26 16
26 16
;
v 0 13 16
13 17
;
v 0 13 17
13 17
;
r 0 17 1 22 19
v 0 10 10
13 10
;
v 0 13 10
13 10
;
v 0 26 10
30 10
;
v 0 30 10
30 10
;
*symbol R
d resistor
@type p
@attributes
a 1 sp 0 0 0 0 hln 100 TEMPLATE=R^@REFDES %1 %2 @value ?TC/TC=@TC/
a 0 s 9 0 15 0 hln 100 REFDES=R?
a 0 u 13 0 15 25 hln 100 value=1k
a 0 u 0 0 0 0 hln 100 TC=
@pins
p 0 30 10 hln 100 2 n 40 10 u
p 0 10 10 hln 100 1 n 0 10 h
@graphics 40 20 0 10
v 0 10 10
11 10
13 6
16 14
19 6
22 14
25 6
28 14
30 10
;
*symbol S
d Voltage-controlled switch
@type p
@attributes
a 0 u 13 0 20 35 hln 100 PART=SNOM
a 0 s 9 0 18 0 hln 100 REFDES=S?
a 1 sp 0 0 0 0 hln 100 TEMPLATE=S^@REFDES %3 %4 %1 %2 @PART\nRS^@REFDES %1 %2 1G
@pins
p 0 0 0 hln 100 1 n 0 10 h
a 0 u 0 0 0 0 hln 100 ERC=x
a 0 u 0 0 5 5 hln 100 pin=
p 0 0 0 hln 100 2 n 0 20 h
a 0 u 0 0 0 0 hln 100 ERC=x
a 0 u 0 0 5 5 hln 100 pin=
p 0 0 0 hln 100 3 n 40 10 u
a 0 u 0 0 0 0 hln 100 ERC=x
a 0 u 0 0 5 5 hln 100 pin=
p 0 0 0 hln 100 4 n 40 20 u
a 0 u 0 0 0 0 hln 100 ERC=x
a 0 u 0 0 5 5 hln 100 pin=
@graphics 40 30 0 10 11
r 0 10 5 30 25
v 0 30 20
25 20
;
v 0 25 20
20 12
;
v 0 25 10
30 10
;
s 26 12 12 hnl 75 +
s 26 12 22 hnl 75 -
s 26 24 10 hnl 75 +
s 26 24 24 hln 100 -
*symbol SCR
d scr
@type p
@attributes
a 0 u 13 0 5 30 hln 100 PART=SCRMOD
a 0 s 9 0 15 0 hln 100 REFDES=X?
a 1 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %A %G %K @PART
@pins
p 0 5 10 hln 100 A n 0 10 h
a 0 u 0 0 0 0 hln 100 ERC=x
a 0 u 0 0 5 5 hln 100 pin=0
p 0 35 10 hln 100 K n 40 10 u
a 0 u 0 0 0 0 hln 100 ERC=x
a 0 u 0 0 5 5 hln 100 pin=0
p 0 35 25 hln 100 G n 30 30 v
a 0 u 0 0 0 0 hln 100 ERC=x
a 0 u 0 0 5 5 hln 100 pin=0
@graphics 40 30 0 10
v 0 10 5
10 15
20 10
10 5
;
v 0 20 5
20 15
;
v 0 30 10
20 10
30 20
;
*symbol T
d Transmission Line
@type p
@attributes
a 0 s 9 0 20 10 hln 100 REFDES=T?
a 1 sp 0 0 0 0 hln 100 TEMPLATE=T^@REFDES %A+ %A- %B+ %B- @Z0 ?TD/TD=@TD/ &F/F=@F/ ?NL/NL=@NL/
a 0 u 0 0 0 0 hln 100 Z0=
a 0 u 0 0 0 0 hln 100 TD=
a 0 u 0 0 0 0 hln 100 F=
a 0 u 0 0 0 0 hln 100 NL=
@pins
p 0 0 0 hln 100 1 n 0 20 h
a 0 u 0 0 0 0 hln 100 ERC=x
a 0 u 0 0 5 5 hln 100 pin=
p 0 0 0 hln 100 2 n 0 40 h
a 0 u 0 0 0 0 hln 100 ERC=x
a 0 u 0 0 5 5 hln 100 pin=
p 0 0 0 hln 100 3 n 100 20 u
a 0 u 0 0 0 0 hln 100 ERC=x
a 0 u 0 0 5 5 hln 100 pin=
p 0 0 0 hln 100 4 n 100 40 u
a 0 u 0 0 0 0 hln 100 ERC=x
a 0 u 0 0 5 5 hln 100 pin=
@graphics 100 40 0 20 10
c 0 20 20 10
a 0 80 30 90 20 80 10
v 0 20 20
10 20
;
v 0 20 30
20 40
;
v 0 20 40
10 40
;
v 0 80 30
80 40
;
v 0 80 40
90 40
;
v 0 20 10
50 10
;
v 0 20 30
50 30
;
v 0 60 10
80 10
;
v 0 60 30
80 30
;
a 0 63 5 59 12 60 20
a 0 53 5 49 12 50 20
a 0 47 34 50 30 50 20
a 0 57 34 60 30 60 20
*symbol TRIAC
d triac
@type p
@attributes
a 0 u 13 0 5 30 hln 100 PART=TRIACMOD
a 0 s 9 0 15 0 hln 100 REFDES=X?
a 1 sp 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %MT2 %G %MT1 @PART
@pins
p 0 5 10 hln 100 MT2 n 0 10 h
a 0 u 0 0 0 0 hln 100 ERC=x
a 0 u 0 0 5 5 hln 100 pin=0
p 0 35 10 hln 100 MT1 n 40 10 u
a 0 u 0 0 0 0 hln 100 ERC=x
a 0 u 0 0 5 5 hln 100 pin=0
p 0 35 25 hln 100 G n 30 30 v
a 0 u 0 0 0 0 hln 100 ERC=x
a 0 u 0 0 5 5 hln 100 pin=0
@graphics 40 30 0 10
v 0 10 0
10 20
20 15
10 10
;
v 0 20 20
20 0
10 5
20 10
30 10
;
v 0 20 15
30 20
;
*symbol W
d Current-controlled switch
@type p
@attributes
a 0 u 13 0 40 50 hln 100 PART=WNOM
a 0 s 9 0 40 0 hln 100 REFDES=W?
a 1 sp 0 0 0 0 hln 100 TEMPLATE=W^@REFDES %3 %4 VW^@REFDES @PART\nVW^@REFDES %1 %2 0V
@pins
p 0 0 0 hln 100 1 n 0 10 h
a 0 u 0 0 0 0 hln 100 ERC=x
a 0 u 0 0 5 5 hln 100 pin=
p 0 0 0 hln 100 2 n 0 30 h
a 0 u 0 0 0 0 hln 100 ERC=x
a 0 u 0 0 5 5 hln 100 pin=
p 0 0 0 hln 100 3 n 60 10 u
a 0 u 0 0 0 0 hln 100 ERC=x
a 0 u 0 0 5 5 hln 100 pin=
p 0 0 0 hln 100 4 n 60 30 u
a 0 u 0 0 0 0 hln 100 ERC=x
a 0 u 0 0 5 5 hln 100 pin=
@graphics 60 40 0 10 11
r 0 10 0 50 40
v 0 30 12
40 30
50 30
;
v 0 40 10
50 10
;
*symbol XTAL
d 10MHz At-cut xtal
@type p
@attributes
a 1 s 9 0 2 -6 hln 100 REFDES=X?
a 1 s 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %1 %2 QZP10MEG
a 0 u 11 0 -4 32 hln 100 PART=QZP10MEG
@pins
p 0 12 12 hln 100 1 n 0 10 h
a 0 u 0 0 1 8 hln 100 pin=1
a 0 u 0 0 0 10 hln 100 ERC=x
p 0 28 8 hln 100 2 n 40 10 u
a 0 u 0 0 39 12 hln 100 pin=2
a 0 u 0 0 40 10 hln 100 ERC=x
@graphics 40 20 0 0 10
v 0 10 17
10 17
;
v 0 29 16
29 16
;
v 0 13 3
13 16
;
v 0 13 16
13 16
;
v 0 26 3
26 15
;
v 0 26 15
26 15
;
v 0 26 15
26 16
;
v 0 26 16
26 16
;
v 0 13 16
13 17
;
v 0 13 17
13 17
;
r 0 17 1 22 19
v 0 10 10
13 10
;
v 0 13 10
13 10
;
v 0 26 10
30 10
;
v 0 30 10
30 10
;
*symbol YX
d Variable admittance
@type p
@attributes
a 1 s 9 0 0 0 hln 100 REFDES=X?
a 1 s 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %1 %2 %3 %4 %5 @PART
a 0 u 11 0 30 26 hlb 200 PART=YX
@pins
p 0 12 12 hln 100 1 n 0 10 h
a 0 u 1 0 1 8 hln 100 pin=1
a 0 u 0 0 0 10 hln 100 ERC=x
p 0 12 32 hln 100 2 n 0 30 h
a 0 u 1 0 1 28 hln 100 pin=2
a 0 u 0 0 0 30 hln 100 ERC=x
p 0 42 38 hln 100 3 n 40 50 v
a 0 u 1 0 32 47 hln 100 pin=3
a 0 u 0 0 40 50 hln 100 ERC=x
p 0 68 8 hln 100 4 n 80 10 u
a 0 u 1 0 73 8 hln 100 pin=4
a 0 u 0 0 80 10 hln 100 ERC=x
p 0 68 28 hln 100 5 n 80 30 u
a 0 u 1 0 73 28 hln 100 pin=5
a 0 u 0 0 80 30 hln 100 ERC=x
@graphics 80 50 0 10 10
s 26 12 12 hln 100 +
s 26 12 32 hln 100 -
r 0 10 0 70 40
s 26 22 38 hln 100 Reference
*symbol ZX
d Variable impedance
@type p
@attributes
a 1 s 9 0 0 0 hln 100 REFDES=X?
a 1 s 0 0 0 0 hln 100 TEMPLATE=X^@REFDES %1 %2 %3 %4 %5 @PART
a 0 u 11 0 30 26 hlb 200 PART=ZX
@pins
p 0 12 12 hln 100 1 n 0 10 h
a 0 u 1 0 1 8 hln 100 pin=1
a 0 u 0 0 0 10 hln 100 ERC=x
p 0 12 32 hln 100 2 n 0 30 h
a 0 u 1 0 1 28 hln 100 pin=2
a 0 u 0 0 0 30 hln 100 ERC=x
p 0 42 38 hln 100 3 n 40 50 v
a 0 u 1 0 32 47 hln 100 pin=3
a 0 u 0 0 40 50 hln 100 ERC=x
p 0 68 8 hln 100 4 n 80 10 u
a 0 u 1 0 73 8 hln 100 pin=4
a 0 u 0 0 80 10 hln 100 ERC=x
p 0 68 28 hln 100 5 n 80 30 u
a 0 u 1 0 73 28 hln 100 pin=5
a 0 u 0 0 80 30 hln 100 ERC=x
@graphics 80 50 0 10 10
s 26 12 12 hln 100 +
s 26 12 32 hln 100 -
r 0 10 0 70 40
s 26 22 38 hln 100 Reference
*symbol copyright
d Copyright
@type p
@attributes
@pins
@graphics 180 60 0 0 10
s 26 6 18 hln 100 The symbols in this library are for use with
s 26 6 27 hln 100 the MicroSim Schematics program only.
s 26 6 8 hln 100 Copyright 1991 by MicroSim Corporation.
s 26 6 36 hln 100 Neither this library, nor any part of it,
s 26 6 45 hln 100 may be copied without the express written
s 26 6 55 hln 100 consent of MicroSim Corporation.
r 0 0 0 180 60