*version 7.1 308056258
@index
symloc ZTXN 0 678
symloc ZTXP 678 678
symloc ZVN 1356 721
symloc ZVP 2077 720
symloc ZD 2797 563
symloc ZVD 3360 513
symloc ZZD 3873 561
symloc ZSD 4434 660
symloc ZTXND 5094 729
symloc ZTXPD 5823 725
symloc (Zetex) 6548 1320
*symbol ZTXN
d NPN BIPOLAR TRANSISTOR
@type p
@attributes
a 0 sp 0 0 23 30 hlb 100 PART=
a 0 sp 13 0 24 30 hlb 100 MODEL=ZTXN
a 0 s 9 0 23 20 hlb 100 REFDES=Q?
a 0 sp 0 0 0 40 hlb 100 TEMPLATE=Q^@REFDES %C %B %E @MODEL
@pins
p 0 32 42 hln 100 e z 20 40 h
a 0 up 0 0 21 38 hln 100 pin=1
a 0 up 0 0 20 40 hln 100 ERC=x
p 0 -12 18 hln 100 b z 0 20 u
a 0 up 0 0 -1 22 hln 100 pin=2
a 0 up 0 0 0 20 hln 100 ERC=x
p 0 22 -12 hln 100 c z 20 0 v
a 0 up 0 0 18 -1 hln 100 pin=3
a 0 up 0 0 20 0 hln 100 ERC=x
@graphics 20 40 0 0 10
r 0 9 10 11 31
v 0 0 20
9 20
;
v 0 11 19
20 10
;
v 0 20 10
20 0
;
v 0 11 21
20 30
;
v 0 20 30
20 40
;
v 0 14 28
18 24
;
v 0 18 24
20 30
;
v 0 20 30
14 28
;
*symbol ZTXP
d PNP BIPOLAR TRANSISTOR
@type p
@attributes
a 0 sp 0 0 23 30 hlb 100 PART=
a 0 sp 13 0 24 30 hlb 100 MODEL=ZTXP
a 0 s 9 0 23 20 hlb 100 REFDES=Q?
a 0 sp 0 0 0 40 hlb 100 TEMPLATE=Q^@REFDES %C %B %E @MODEL
@pins
p 0 32 42 hln 100 c z 20 40 h
a 0 up 0 0 21 38 hln 100 pin=1
a 0 up 0 0 20 40 hln 100 ERC=x
p 0 -12 18 hln 100 b z 0 20 u
a 0 up 0 0 -1 22 hln 100 pin=2
a 0 up 0 0 0 20 hln 100 ERC=x
p 0 22 -12 hln 100 e z 20 0 v
a 0 up 0 0 18 -1 hln 100 pin=3
a 0 up 0 0 20 0 hln 100 ERC=x
@graphics 20 40 0 0 10
v 0 0 20
9 20
;
v 0 11 19
20 10
;
v 0 20 10
20 0
;
v 0 11 21
20 30
;
v 0 20 30
20 40
;
v 0 16 10
20 14
;
v 0 20 14
14 16
;
v 0 14 16
16 10
;
r 0 9 10 11 30
*symbol ZVN
d N CHANNEL MOSFET
@type p
@attributes
a 0 sp 0 0 22 30 hlb 100 PART=
a 0 sp 13 0 22 30 hlb 100 MODEL=ZVN
a 0 s 9 0 22 20 hlb 100 REFDES=M?
a 0 sp 0 0 0 40 hlb 100 TEMPLATE=XM^@REFDES %D %G %S @MODEL
@pins
p 0 32 42 hln 100 s z 20 40 h
a 0 up 0 0 21 38 hln 100 pin=1
a 0 up 0 0 20 40 hln 100 ERC=x
p 0 -12 28 hln 100 g z 0 30 u
a 0 up 0 0 -1 32 hln 100 pin=2
a 0 up 0 0 0 30 hln 100 ERC=x
p 0 32 2 hln 100 d z 20 0 h
a 0 up 0 0 21 -2 hln 100 pin=3
a 0 up 0 0 20 0 hln 100 ERC=x
@graphics 20 40 0 0 10
r 0 10 8 12 32
v 0 0 30
8 30
;
v 0 8 30
8 10
;
v 0 20 40
20 30
;
v 0 20 30
12 30
;
v 0 20 30
20 20
;
v 0 20 20
12 20
;
v 0 12 20
18 17
;
v 0 18 17
18 23
;
v 0 18 23
12 20
;
v 0 20 0
20 10
;
v 0 20 10
12 10
;
*symbol ZVP
d P CHANNEL MOSFET
@type p
@attributes
a 0 sp 0 0 22 30 hlb 100 PART=
a 0 sp 13 0 22 30 hlb 100 MODEL=ZVP
a 0 s 9 0 22 20 hlb 100 REFDES=M?
a 0 sp 0 0 0 40 hlb 100 TEMPLATE=XM^@REFDES %D %G %S @MODEL
@pins
p 0 32 42 hln 100 s z 20 40 h
a 0 up 0 0 21 38 hln 100 pin=1
a 0 up 0 0 20 40 hln 100 ERC=x
p 0 -12 8 hln 100 g z 0 10 u
a 0 up 0 0 -1 12 hln 100 pin=2
a 0 up 0 0 0 10 hln 100 ERC=x
p 0 32 2 hln 100 d z 20 0 h
a 0 up 0 0 21 -2 hln 100 pin=3
a 0 up 0 0 20 0 hln 100 ERC=x
@graphics 20 40 0 0 10
r 0 10 8 12 32
v 0 0 10
8 10
;
v 0 8 30
8 10
;
v 0 20 40
20 30
;
v 0 20 30
12 30
;
v 0 20 30
20 20
;
v 0 20 20
12 20
;
v 0 20 0
20 10
;
v 0 20 10
12 10
;
v 0 14 17
14 23
;
v 0 14 23
20 20
;
v 0 20 20
14 17
;
*symbol ZD
d Signal Diode
@type p
@attributes
a 0 sp 13 0 23 23 hln 100 MODEL=ZD
a 1 sp 0 0 0 0 hln 100 template=D^@refdes %a %c @MODEL
a 0 sp 0 0 22 23 hln 100 PART=
a 0 s 9 0 23 13 hln 100 REFDES=D?
@pins
p 0 12 18 hln 100 a n 10 30 v
a 0 up 0 0 8 29 hln 100 pin=1
a 0 up 0 0 10 30 hln 100 ERC=x
p 0 8 12 hln 100 c n 10 0 d
a 0 up 0 0 12 1 hln 100 pin=2
a 0 u 0 0 10 0 hln 100 ERC=x
@graphics 20 30 0 10 10
v 0 15 20
11 11
;
v 0 11 11
10 11
;
v 0 10 11
9 11
;
v 0 9 11
5 20
;
v 0 5 20
15 20
;
v 0 15 11
5 11
;
v 0 5 11
5 10
;
v 0 5 10
15 10
;
v 0 15 11
15 10
;
*symbol ZVD
d VARICAP DIODE
@type p
@attributes
a 0 sp 13 0 23 23 hln 100 MODEL=ZVD
a 1 sp 0 0 0 0 hln 100 template=D^@refdes %a %c @MODEL
a 0 sp 0 0 22 23 hln 100 PART=
a 0 s 9 0 23 13 hln 100 REFDES=D?
@pins
p 0 16 18 hln 100 a n 10 30 v
a 0 up 0 0 12 29 hln 100 pin=1
a 0 up 0 0 14 30 hln 100 ERC=x
p 0 12 12 hln 100 c z 10 0 d
a 0 up 0 0 16 1 hln 100 pin=2
a 0 u 0 0 14 0 hln 100 ERC=x
@graphics 20 30 0 10 10
v 0 15 20
11 11
;
v 0 9 11
5 20
;
v 0 5 20
15 20
;
v 0 5 11
15 11
;
v 0 5 9
15 9
;
v 0 10 0
10 9
;
*symbol ZZD
d Zener Diode
@type p
@attributes
a 0 sp 13 0 23 23 hln 100 MODEL=ZZD
a 1 sp 0 0 0 0 hln 100 template=D^@refdes %a %c @MODEL
a 0 sp 0 0 22 23 hln 100 PART=
a 0 s 9 0 23 13 hln 100 REFDES=D?
@pins
p 0 12 18 hln 100 a n 10 30 v
a 0 up 0 0 8 29 hln 100 pin=1
a 0 up 0 0 10 30 hln 100 ERC=x
p 0 8 12 hln 100 c n 10 0 d
a 0 up 0 0 12 1 hln 100 pin=2
a 0 u 0 0 10 0 hln 100 ERC=x
@graphics 20 30 0 10 10
v 0 15 20
11 11
;
v 0 9 11
5 20
;
v 0 5 20
15 20
;
v 0 15 10
15 11
;
v 0 15 11
6 11
;
v 0 6 11
6 13
;
v 0 6 13
5 13
;
v 0 5 13
5 10
;
v 0 15 10
5 10
;
*symbol ZSD
d Schottky Diode
@type p
@attributes
a 0 sp 13 0 23 23 hln 100 MODEL=ZSD
a 1 sp 0 0 0 0 hln 100 template=D^@refdes %a %c @MODEL
a 0 sp 0 0 22 23 hln 100 PART=
a 0 s 9 0 23 13 hln 100 REFDES=D?
@pins
p 0 12 18 hln 100 a n 10 30 v
a 0 up 0 0 8 29 hln 100 pin=1
a 0 up 0 0 10 30 hln 100 ERC=x
p 0 8 12 hln 100 c n 10 0 d
a 0 up 0 0 12 1 hln 100 pin=2
a 0 u 0 0 10 0 hln 100 ERC=x
@graphics 20 30 0 10 10
v 0 15 20
11 11
;
v 0 9 11
5 20
;
v 0 5 20
15 20
;
v 0 15 11
6 11
;
v 0 5 13
5 10
;
v 0 6 11
6 12
;
v 0 6 12
7 12
;
v 0 7 12
7 13
;
v 0 7 13
5 13
;
v 0 5 10
14 10
;
v 0 14 10
14 9
;
v 0 14 9
13 9
;
v 0 13 9
13 8
;
v 0 13 8
15 8
;
v 0 15 8
15 11
;
*symbol ZTXND
d NPN Bipolar Darlington
@type p
@attributes
a 0 sp 0 0 23 30 hlb 100 PART=
a 0 sp 13 0 24 30 hlb 100 MODEL=ZTXND
a 0 s 9 0 23 20 hlb 100 REFDES=Q?
a 0 sp 0 0 0 40 hlb 100 TEMPLATE=XQ^@REFDES %C %B %E @MODEL
@pins
p 0 32 42 hln 100 e z 20 40 h
a 0 up 0 0 21 38 hln 100 pin=1
a 0 up 0 0 20 40 hln 100 ERC=x
p 0 -12 18 hln 100 b z 0 20 u
a 0 up 0 0 -1 22 hln 100 pin=2
a 0 up 0 0 0 20 hln 100 ERC=x
p 0 22 -12 hln 100 c z 20 0 v
a 0 up 0 0 18 -1 hln 100 pin=3
a 0 up 0 0 20 0 hln 100 ERC=x
@graphics 20 40 0 0 10
v 0 14 30
18 26
;
v 0 18 26
20 32
;
v 0 20 32
14 30
;
v 0 16 28
14 22
;
v 0 14 22
10 26
;
v 0 10 26
16 28
;
v 0 0 20
7 20
;
v 0 20 32
9 21
;
v 0 20 8
9 19
;
v 0 20 8
20 0
;
v 0 20 32
20 40
;
r 0 7 8 9 32
*symbol ZTXPD
d PNP Bipolar Darlington
@type p
@attributes
a 0 sp 0 0 23 30 hlb 100 PART=
a 0 sp 13 0 24 30 hlb 100 MODEL=ZTXPD
a 0 s 9 0 23 20 hlb 100 REFDES=Q?
a 0 sp 0 0 0 40 hlb 100 TEMPLATE=XQ^@REFDES %C %B %E @MODEL
@pins
p 0 32 42 hln 100 e z 20 40 h
a 0 up 0 0 21 38 hln 100 pin=1
a 0 up 0 0 20 40 hln 100 ERC=x
p 0 -12 18 hln 100 b z 0 20 u
a 0 up 0 0 -1 22 hln 100 pin=2
a 0 up 0 0 0 20 hln 100 ERC=x
p 0 22 -12 hln 100 c z 20 0 v
a 0 up 0 0 18 -1 hln 100 pin=3
a 0 up 0 0 20 0 hln 100 ERC=x
@graphics 20 40 0 0 10
v 0 0 20
7 20
;
v 0 20 8
9 19
;
v 0 20 32
9 21
;
v 0 20 32
20 40
;
v 0 20 8
20 0
;
r 0 7 8 9 32
v 0 9 19
11 13
;
v 0 11 13
15 17
;
v 0 15 17
9 19
;
v 0 13 15
15 9
;
v 0 15 9
19 13
;
v 0 19 13
13 15
;
*symbol (Zetex)
d Zetex message
@type o
@attributes
a 0 s 0 0 0 0 hln 100 LABEL=
@pins
@graphics 320 190 0 0 10
s 26 61 8 hln 100 Zetex Discrete Products Symbol Library
s 26 27 18 hln 100 17/10/95 (referencing the ZMODELS.LIB model library)
s 26 27 28 hln 100 For use with Microsim Schematics version 5.3 or later.
s 26 91 48 hln 100 (C)  1995  ZETEX PLC
s 26 1 68 hln 100 The symbols in this library have been created by Zetex PLC for
s 26 1 78 hln 100 use of its Discrete Products models and model libraries with the
s 26 1 88 hln 100 Microsim PSpice Schematics and circuit simulation program suite.
s 26 1 98 hln 100 The copyright in this library and the design embodied belong to
s 26 1 108 hln 100 Zetex PLC ("Zetex"). It is supplied free of charge by Zetex for
s 26 1 118 hln 100 the purpose of research and design and may be used or copied
s 26 1 128 hln 100 intact (including this notice) for that purpose only. All other
s 26 1 138 hln 100 rights are reserved. The library is believed accurate but no
s 26 1 148 hln 100 condition or warranty as to its merchantability or fitness for
s 26 1 158 hln 100 purpose is given and no liability in respect of any use is
s 26 1 168 hln 100 accepted by Zetex PLC, its distributors or agents.
s 26 1 188 hln 100 Zetex PLC, Fields New Road, Chadderton, Oldham  OL9 8NP   UK