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test.cir
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First line should be treated as a comment.
** A test for SPICE syntax highlighting.
** This is a comment with a URL: http://nathancampos.me/
** Author: Nathan Campos <nathan@innoveworkshop.com>
** Includes
.include some_model.mod
.include models/test/BC550.mod
** Comments
* General SPICE.
; PSpice
$ ngspice
** Parameters
.param TESTPARAM = 100e-3V
.param TESTPARAM = 100mV
.param TESTPARAM = 1V
.param TESTPARAM = 1.5V
.param TESTPARAM = '2 * 1.5V'
.param TESTPARAM = "2 * 1.5V"
.param TESTPARAM = { 2 * 1.5V }
.param TESTPARAM = [ 2 * 1.5V ]
.param TESTPARAM = ( 2 * 1.5V )
** Commands
.AC lin 101 10Hz 200Hz
.ac dec 50 1kHz 20kHz
.ac oct 50 1kHz 20kHz
.DC vin -10V 10V 500mV
.dc vin -10V 10V 500mV
.FOUR 1kHz v(output)
.four 1Meg v(input)
.TRAN 1u 10m 0s
.tran 1u 10m 0s
.NOISE v(bias) Vbias
.noise v(bias) Vbias
.PROBE
.probe v(input) v(output)
.TEMP 0C 27C 125C
.temp 0C 27C 125C
.TF v(in) VINPUT
.tf v(output) vout
** Sources
* Voltage
V1 V+ 0 12V
v1 v+ 0 12V
VDC Vcc 0 DC 3.3V
vdc vcc 0 dc 3.3V
VAC 1 0 AC 120V
vac 1 0 ac 120V
Vinput input 0 SIN(500mV 1V 1k)
vinput input 0 sin(500mV 1V 1k)
* Current
I1 V+ 0 12V
i1 v+ 0 12V
IDC Vcc 0 DC 3.3V
idc vcc 0 dc 3.3V
IAC 1 0 AC 120V
iac 1 0 ac 120V
Iinput input 0 SIN(500mV 1V 1k)
iinput input 0 sin(500mV 1V 1k)
* Voltage-Controlled Switch
S1 1 0 ctrl+ ctrl- smod
s1 1 0 ctrl+ ctrl- smod
Spwr V+ Vcc ctrl+ ctrl- sPower
spwr v+ vcc ctrl+ ctrl- spower
* Input Sources
EXP(0 2V 1ms 2ms 3ms 1 2)
exp(0 2V 1ms 2ms 3ms 1 2)
PULSE(10mV 5.2V 1ms 2ms 3ms 1 2)
pulse(10mV 5.2V 1ms 2ms 3ms 1 2)
PWL(1s 2mV 2s 1V 3s 100mV)
pwl(1s 2mV 2s 1V 3s 100mV)
SFFM(500mV 1V 1Meg 0.7 1kHz)
sffm(500mV 1V 1Meg 0.7 1kHz)
SIN(0.5V 1000mV 1kHz 0s 0.9 0)
sin(0.5V 1000mV 1kHz 0s 0.9 0)
** Passive Components
* Resistors
R1 1 2 1k
r1 1 2 1k
RV2 2 3 4.7k
rv2 2 3 4.7k
Rtest v+ v- 100k
rtest v+ v- 100k
Rp node1 node2 1Meg
rp node1 node2 1Meg
* Capacitors
C1 1 2 0.1u
c1 1 2 0.1u
CP2 2 3 100n
cp2 2 3 100n
Ctest v+ v- 470uF
ctest v+ v- 470uF
Cx node1 node2 200F
cx node1 node2 200F
* Inductors
L1 1 2 10p
l1 1 2 10p
Lc2 2 3 100n
lc2 2 3 100n
Ltest v+ v- 220u
ltest v+ v- 220u
Lx node1 node2 200mH
Lx node1 node2 200mH
* Coupled Inductors (Transformer)
K1 L1 L2 0.9
k1 l1 l2 0.9
KTrans Lpri Lsec 0.85
ktrans lpri lsec 0.85
KT2 Lp1 Ls1 0.95
kt2 lp1 ls1 0.95
* Admittance
Y1 1 2 10p
y1 1 2 10p
Yc2 2 3 100n
yc2 2 3 100n
Ytest v+ v- 220uS
ytest v+ v- 220uS
Yx node1 node2 200mS
yx node1 node2 200mS
* Transmission Line
T1 1 2 3 4 Z0=50 F=5Meg NL=0.5
t1 1 2 3 4 z0=50 f=5Meg nl=0.5
** Active Devices
* Diode
D1 d1a d1k SB320
d1 d1a d1k sb320
Dp2 2 3 d1N4148
dp2 2 3 d1n4148
Dtest v+ v- 1n4007 * The model name must start with a letter.
dtest v+ v- 1n4007 * The model name must start with a letter.
* BJT Transistor
Q1 q1c q1b q1e BC550
q1 q1c q1b q1e bc550
Qp2 v+ 1 0 Q2N2222
qp2 v+ 1 0 q2n2222
Q3 v+ 1 0 2N2222 * The model name must start with a letter.
q3 v+ 1 0 2n2222 * The model name must start with a letter.
* MOSFET
M1 m1d m1g m1s m1b IRF520
m1 m1d m1g m1s m1b irf520
Mp2 v+ 1 0 0 M2N7000
mp2 v+ 1 0 0 m2n7000
M3 v+ 1 0 0 2N7000 * The model name must start with a letter.
m3 v+ 1 0 0 2n7000 * The model name must start with a letter.
* JFET
J1 j1d j1g j1s MPF102
j1 j1d j1g j1s mpf102
Jp2 v+ 1 0 M2N5457
jp2 v+ 1 0 m2n5457
J3 v+ 1 0 2N5457 * The model name must start with a letter.
j3 v+ 1 0 2n5457 * The model name must start with a letter.
** Sub-Circuit
* Call
X1 inv ninv out v+ v- LM324
x1 inv ninv out v+ v- lm324
.end