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Moved examples to qucs/examples

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This commit is contained in:
Vadim Kuznetzov 2016-11-30 11:24:50 +03:00
parent aeb3323cac
commit 93a29937ee
54 changed files with 50061 additions and 1 deletions
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2
CMakeLists.txt
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@ -62,7 +62,7 @@ ADD_SUBDIRECTORY( qucs-lib )
#ADD_SUBDIRECTORY( examples )
ADD_SUBDIRECTORY( translations )
INSTALL(DIRECTORY "../examples" DESTINATION "share/${QUCS_NAME}")
INSTALL(DIRECTORY "examples" DESTINATION "share/${QUCS_NAME}")
#
# Custom uninstall target

47
examples/ngspice/B-sources.sch Normal file
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<Qucs Schematic 0.0.19>
<Properties>
<View=0,-13,909,677,1,0,120>
<Grid=10,10,1>
<DataSet=B-sources.dat>
<DataDisplay=B-sources.dpl>
<OpenDisplay=1>
<Script=4.m>
<RunScript=0>
<showFrame=0>
<FrameText0=Title>
<FrameText1=Drawn By:>
<FrameText2=Date:>
<FrameText3=Revision:>
</Properties>
<Symbol>
</Symbol>
<Components>
<GND * 1 210 220 0 0 0 0>
<GND * 1 100 220 0 0 0 0>
<GND * 1 110 400 0 0 0 0>
<Vac V1 1 100 190 18 -26 0 1 "1 V" 1 "10 kHz" 0 "0" 0 "0" 0>
<Vac V2 1 110 370 18 -26 0 1 "1 V" 1 "7 kHz" 0 "0" 0 "0" 0>
<.TR TR1 1 220 290 0 71 0 0 "lin" 1 "0" 1 "1 ms" 1 "200" 0 "Trapezoidal" 0 "2" 0 "1 ns" 0 "1e-16" 0 "150" 0 "0.001" 0 "1 pA" 0 "1 uV" 0 "26.85" 0 "1e-3" 0 "1e-6" 0 "1" 0 "CroutLU" 0 "no" 0 "yes" 0 "0" 0>
<B B1 1 210 190 18 -26 0 1 "V=V(in1)*V(in2)" 1>
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<"xyce/tran.V(MUL)" #0000ff 0 3 0 0 0>
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<Paintings>
<Text 90 470 12 #000000 0 "This is a voltage multiplier that \nuses B-type spice sources.\nNOTE: This Example could be run \nonly with Ngspice/Xyce">
</Paintings>

90
examples/ngspice/BJT-four.sch Normal file
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<Qucs Schematic 0.0.19>
<Properties>
<View=-127,-34,1020,1433,1,0,0>
<Grid=10,10,1>
<DataSet=BJT-four.dat>
<DataDisplay=BJT-four.dpl>
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<Script=BJT-four.m>
<RunScript=0>
<showFrame=0>
<FrameText0=Title>
<FrameText1=Drawn By:>
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<FrameText3=Revision:>
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<GND * 1 400 330 0 0 0 0>
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<R R1 1 280 240 15 -26 0 1 "2 kOhm" 1 "26.85" 0 "0.0" 0 "0.0" 0 "26.85" 0 "european" 0>
<R R2 1 400 290 15 -26 0 1 "470 Ohm" 1 "26.85" 0 "0.0" 0 "0.0" 0 "26.85" 0 "european" 0>
<GND * 1 150 310 0 0 0 0>
<C C1 1 230 210 -26 17 0 0 "0.1 uF" 1 "" 0 "neutral" 0>
<R R3 1 280 150 15 -26 0 1 "24 kOhm" 1 "26.85" 0 "0.0" 0 "0.0" 0 "26.85" 0 "european" 0>
<GND * 1 600 330 0 0 0 0>
<C C2 1 550 170 -26 17 0 0 "0.1 uF" 1 "" 0 "neutral" 0>
<Vdc V1 1 820 140 18 -26 0 1 "12 V" 1>
<GND * 1 820 170 0 0 0 0>
<R R5 1 400 130 15 -26 0 1 "4.7k" 1 "26.85" 0 "0.0" 0 "0.0" 0 "26.85" 0 "european" 0>
<R R4 1 600 300 15 -26 0 1 "Rload" 1 "26.85" 0 "0.0" 0 "0.0" 0 "26.85" 0 "european" 0>
<IProbe Pr1 1 680 80 -26 16 1 2>
<Eqn Eqn1 1 150 390 -31 17 0 0 "Rload=47k" 1 "K=out.v/in.v" 1 "yes" 0>
<Vac V2 1 150 280 18 -26 0 1 "1000 mV" 1 "4 kHz" 1 "0" 0 "0" 0>
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<.AC AC1 1 550 380 0 61 0 0 "lin" 1 "100 Hz" 1 "10 MHz" 1 "2000" 1 "no" 0>
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</Paintings>

70
examples/ngspice/BJT-noise.sch Normal file
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@ -0,0 +1,70 @@
<Qucs Schematic 0.0.19>
<Properties>
<View=-126,-300,932,947,1,46,0>
<Grid=10,10,1>
<DataSet=BJT-noise.dat>
<DataDisplay=BJT-noise.dpl>
<OpenDisplay=1>
<Script=BJT-noise.m>
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<FrameText0=Title>
<FrameText1=Drawn By:>
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<FrameText3=Revision:>
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<GND * 1 280 310 0 0 0 0>
<R R1 1 280 240 15 -26 0 1 "2 kOhm" 1 "26.85" 0 "0.0" 0 "0.0" 0 "26.85" 0 "european" 0>
<R R2 1 400 290 15 -26 0 1 "470 Ohm" 1 "26.85" 0 "0.0" 0 "0.0" 0 "26.85" 0 "european" 0>
<GND * 1 150 310 0 0 0 0>
<R R3 1 280 150 15 -26 0 1 "24 kOhm" 1 "26.85" 0 "0.0" 0 "0.0" 0 "26.85" 0 "european" 0>
<C C2 1 550 170 -26 17 0 0 "0.1 uF" 1 "" 0 "neutral" 0>
<R R5 1 400 130 15 -26 0 1 "4.7k" 1 "26.85" 0 "0.0" 0 "0.0" 0 "26.85" 0 "european" 0>
<Vac V2 1 150 280 18 -26 0 1 "1000 mV" 1 "4 kHz" 1 "0" 0 "0" 0>
<.NOISE NOISE1 1 160 380 0 71 0 0 "lin" 1 "1 Hz" 1 "10 MHz" 1 "100" 1 "v(out)" 1 "V2" 1>
<IProbe Pr1 1 490 80 -26 16 1 2>
<Vdc V1 1 680 140 18 -26 0 1 "12 V" 1>
<GND * 1 680 170 0 0 0 0>
<R R4 1 600 260 15 -26 0 1 "47k" 1 "26.85" 0 "0.0" 0 "0.0" 0 "26.85" 0 "european" 0>
<GND * 1 600 290 0 0 0 0>
<GND * 1 400 320 0 0 0 0>
<C C1 1 220 210 -26 17 0 0 "0.1 uF" 1 "" 0 "neutral" 0>
<.SW SW1 1 20 380 0 71 0 0 "NOISE1" 1 "lin" 1 "R5" 1 "1k" 1 "10k" 1 "20" 1>
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45570
examples/ngspice/BJT-swp.dat.ngspice Normal file
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0
examples/ngspice/BJT-swp.dpl Normal file
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77
examples/ngspice/BJT-swp.sch Normal file
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@ -0,0 +1,77 @@
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<Properties>
<View=-41,-94,1091,1196,1,0,0>
<Grid=10,10,1>
<DataSet=BJT-swp.dat>
<DataDisplay=BJT-swp.dpl>
<OpenDisplay=1>
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<RunScript=0>
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<FrameText0=Название>
<FrameText1=Чертил:>
<FrameText2=Дата:>
<FrameText3=Версия:>
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<GND * 1 120 370 0 0 0 0>
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<GND * 1 570 390 0 0 0 0>
<IProbe Pr1 1 650 140 -26 16 0 0>
<Vdc V1 1 790 200 18 -26 0 1 "12 V" 1>
<GND * 1 790 230 0 0 0 0>
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<Vac V2 1 120 340 18 -26 0 1 "200 mV" 1 "10 kHz" 1 "0" 0 "0" 0>
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<.DC DC1 1 480 430 0 61 0 0 "26.85" 0 "0.001" 0 "1 pA" 0 "1 uV" 0 "no" 0 "150" 0 "no" 0 "none" 0 "CroutLU" 0>
<.SW SW1 1 210 430 0 71 0 0 "AC1" 1 "lin" 1 "R2" 1 "1k" 1 "10k" 1 "4" 1>
<.SW SW2 1 80 430 0 71 0 0 "TR1" 1 "lin" 1 "R2" 1 "1k" 1 "10k" 1 "3" 1>
<.TR TR1 1 350 430 0 71 0 0 "lin" 1 "0" 1 "0.5 ms" 1 "200" 1 "Trapezoidal" 0 "2" 0 "1 ns" 0 "1e-16" 0 "150" 0 "0.001" 0 "1 pA" 0 "1 uV" 0 "26.85" 0 "1e-3" 0 "1e-6" 0 "1" 0 "CroutLU" 0 "no" 0 "yes" 0 "0" 0>
<C C1 1 200 270 -26 17 0 0 "0.1 uF" 1 "" 0 "neutral" 0>
<C C2 1 520 230 -26 17 0 0 "0.1 uF" 1 "" 0 "neutral" 0>
<.AC AC1 1 650 430 0 43 0 0 "lin" 1 "1 Hz" 1 "10 MHz" 1 "2000" 1 "no" 0>
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72
examples/ngspice/BJT.sch Normal file
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<Grid=10,10,1>
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<R R1 1 280 240 15 -26 0 1 "2 kOhm" 1 "26.85" 0 "0.0" 0 "0.0" 0 "26.85" 0 "european" 0>
<R R2 1 400 290 15 -26 0 1 "470 Ohm" 1 "26.85" 0 "0.0" 0 "0.0" 0 "26.85" 0 "european" 0>
<GND * 1 150 310 0 0 0 0>
<C C1 1 230 210 -26 17 0 0 "0.1 uF" 1 "" 0 "neutral" 0>
<R R3 1 280 150 15 -26 0 1 "24 kOhm" 1 "26.85" 0 "0.0" 0 "0.0" 0 "26.85" 0 "european" 0>
<GND * 1 600 330 0 0 0 0>
<C C2 1 550 170 -26 17 0 0 "0.1 uF" 1 "" 0 "neutral" 0>
<Vdc V1 1 820 140 18 -26 0 1 "12 V" 1>
<GND * 1 820 170 0 0 0 0>
<.TR TR1 1 330 380 0 71 0 0 "lin" 1 "0" 1 "1 ms" 1 "1000" 0 "Trapezoidal" 0 "2" 0 "1 ns" 0 "1e-16" 0 "150" 0 "0.001" 0 "1 pA" 0 "1 uV" 0 "26.85" 0 "1e-3" 0 "1e-6" 0 "1" 0 "CroutLU" 0 "no" 0 "yes" 0 "0" 0>
<R R5 1 400 130 15 -26 0 1 "4.7k" 1 "26.85" 0 "0.0" 0 "0.0" 0 "26.85" 0 "european" 0>
<Vac V2 1 150 280 18 -26 0 1 "200 mV" 1 "4 kHz" 1 "0" 0 "0" 0>
<.DC DC1 1 660 380 0 61 0 0 "26.85" 0 "0.001" 0 "1 pA" 0 "1 uV" 0 "no" 0 "150" 0 "no" 0 "none" 0 "CroutLU" 0>
<R R4 1 600 300 15 -26 0 1 "Rload" 1 "26.85" 0 "0.0" 0 "0.0" 0 "26.85" 0 "european" 0>
<Eqn Eqn1 1 150 390 -31 17 0 0 "Rload=47k" 1 "K=out.v/in.v" 1 "Pwr=(out.Vt*out.Vt)/Rload" 1 "yes" 0>
<IProbe Pr1 1 680 80 -26 16 1 2>
<.AC AC1 1 490 380 0 61 0 0 "log" 1 "100 Hz" 1 "10 MHz" 1 "101" 1 "no" 0>
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45
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47
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47
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64
examples/ngspice/RCL.sch Normal file
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64
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examples/ngspice/Test_tran_coup.sch Normal file
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175
examples/ngspice/XSPICE_CM/DiodeCap_prj/diodecap.ifs Executable file
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/*
diodecap cm model.
7 March 2016 Mike Brinson
This file contains the XSPICE ifs specification for an experimental semiconductor
diode model (based on the standard SPICE 2g6 and 3f5 implementation).
This model is used as a test bench for constructing compact
device models with the Qucs-0.0.19-S automatic XSPICE CodeModel compiler
system.
This is free software; you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation; either version 2, or (at your option)
any later version.
*/
NAME_TABLE:
C_Function_Name: cm_diodecap
Spice_Model_Name: diodecap
Description: "An experimental diode test model."
PORT_TABLE:
Port_Name: diode
Description: "Diode terminals"
Direction: inout
Default_Type: gd
Allowed_Types: [gd]
Vector: no
Vector_Bounds: -
Null_Allowed: no
PARAMETER_TABLE:
Parameter_Name: is
Description: "Saturation current."
Data_Type: real
Default_Value: 1.0e-15
Limits: -
Vector: no
Vector_Bounds: -
Null_Allowed: no
PARAMETER_TABLE:
Parameter_Name: tnom
Description: "Diode parameter measurement temperature in Celsius."
Data_Type: real
Default_Value: 26.85
Limits: -
Vector: no
Vector_Bounds: -
Null_Allowed: no
PARAMETER_TABLE:
Parameter_Name: temp
Description: "Diode circuit temperature in Celsius."
Data_Type: real
Default_Value: 26.85
Limits: -
Vector: no
Vector_Bounds: -
Null_Allowed: no
PARAMETER_TABLE:
Parameter_Name: n
Description: "Emmission coefficient."
Data_Type: real
Default_Value: 1.0
Limits: -
Vector: no
Vector_Bounds: -
Null_Allowed: no
PARAMETER_TABLE:
Parameter_Name: eg
Description: "Band gap at 300 Kelvin (Si)."
Data_Type: real
Default_Value: 1.11
Limits: -
Vector: no
Vector_Bounds: -
Null_Allowed: no
PARAMETER_TABLE:
Parameter_Name: area
Description: "Diode area coefficient."
Data_Type: int
Default_Value: 1
Limits: -
Vector: no
Vector_Bounds: -
Null_Allowed: no
PARAMETER_TABLE:
Parameter_Name: xti
Description: "Saturation current temperature exponent."
Data_Type: real
Default_Value: 3.0
Limits: -
Vector: no
Vector_Bounds: -
Null_Allowed: no
PARAMETER_TABLE:
Parameter_Name: cj0
Description: "Zero bias capacitance."
Data_Type: real
Default_Value: 1e-12
Limits: -
Vector: no
Vector_Bounds: -
Null_Allowed: no
PARAMETER_TABLE:
Parameter_Name: vj
Description: "Junction potential."
Data_Type: real
Default_Value: 1.0
Limits: -
Vector: no
Vector_Bounds: -
Null_Allowed: no
PARAMETER_TABLE:
Parameter_Name: m
Description: "Grading coefficient."
Data_Type: real
Default_Value: 0.5
Limits: -
Vector: no
Vector_Bounds: -
Null_Allowed: no
PARAMETER_TABLE:
Parameter_Name: fc
Description: "Coefficient for forward-bias depletion capacitance formula."
Data_Type: real
Default_Value: 0.5
Limits: -
Vector: no
Vector_Bounds: -
Null_Allowed: no
PARAMETER_TABLE:
Parameter_Name: tt
Description: "Transit time."
Data_Type: real
Default_Value: 1e-10
Limits: -
Vector: no
Vector_Bounds: -
Null_Allowed: no
PARAMETER_TABLE:
Parameter_Name: bv
Description: "Breakdown voltage."
Data_Type: real
Default_Value: 100.0
Limits: -
Vector: no
Vector_Bounds: -
Null_Allowed: no
PARAMETER_TABLE:
Parameter_Name: ibv
Description: "Current at breakdown voltage."
Data_Type: real
Default_Value: 1.0e-3
Limits: -
Vector: no
Vector_Bounds: -
Null_Allowed: no

212
examples/ngspice/XSPICE_CM/DiodeCap_prj/diodecap.mod Executable file
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/*
diodecap cm model.
7 March 2016 Mike Brinson
This file contains the XSPICE C code for an experimental semiconductor
diode model (based on the standard SPICE 2g6 and 3f5 implementation).
This model is used as a test bench for constructing compact
device models with the Qucs-0.0.19-S automatic XSPICE CodeModel compiler
system.
This is free software; you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation; either version 2, or (at your option)
any later version.
*/
#define Xlimexp(x) (x < 80.0) ? exp(x) : exp(80)*(1.0-(x-80.0))
#define Xpow(x,y) exp(y*log(x))
#include <math.h>
void cm_diodecap(ARGS)
{
Complex_t ac_gain;
static double P1, P3, P4, P5, P6, PTNOM, PTEMP, PCJ0, PVJ, PIBV;
static double PIS, PAREA, PXTI, PEG, PN, PTT, PFC, PBV;
static double Is_temp, Vt_temp, Vd0, cap, cdep;
static double derive, F2, F3, PM, Vj_temp, Cj0_temp, BVeff;
double Id, Vd, Tr,Eg_temp, Eg_tnom;
double A = 7.02e-4;
double B = 1108;
double exp80 = 5.5406334e34;
double GMIN = 1e-12;
/* Diode model initialization code - this is only called once at the start
of a simulation.
*/
if(INIT) {
Vd0 = 0.0;
PEG = PARAM(eg);
PIS = PARAM(is);
PN = PARAM(n);
PAREA = PARAM(area);
PXTI = PARAM(xti);
PTT = PARAM(tt);
PCJ0 = PARAM(cj0);
PVJ = PARAM(vj);
PFC = PARAM(fc);
PM = PARAM(m);
PBV = PARAM(bv);
PIBV = PARAM(ibv);
cap = 1e-16;
derive = 1e-20;
Id = 0.0;
F2 = exp( (1+PM)*log(1-PFC) );
F3 = 1-PFC*(1+PM);
P3 = -5*PN;
}
/* Code common to all forms of simulation. */
PTNOM = PARAM(tnom)+273.15;
PTEMP = TEMPERATURE+273.15;
Vt_temp = 8.65387195e-5*PTEMP;
P1 = 1/(PN*Vt_temp);
Tr = PTEMP/PTNOM;
Is_temp = PAREA*PIS*Xpow(PXTI/PN, Tr)*exp((-PEG*P1)*(1.0-PTEMP/PTNOM));
P3 = -5*PN;
P4 = Is_temp*exp80;
P5 = PAREA*P1*P4;
P6 = PAREA*Is_temp;
Eg_temp = PEG-A*PTEMP*PTEMP/(B+PTEMP);
Eg_tnom = PEG-A*PTNOM*PTNOM/(B+PTNOM);
Vj_temp = Tr*PVJ-(2*Vt_temp)*Xpow(1.5,Tr)-(Tr*Eg_tnom-Eg_temp);
Cj0_temp = PCJ0*(1+PM*(400e-6*(PTEMP-PTNOM)-(Vj_temp-PVJ)/PVJ));
if( PIBV < Is_temp) {
PIBV = (Is_temp*PBV)/Vt_temp;
BVeff = PBV;
}
else {
BVeff = PBV -Vt_temp*log(PIBV/Is_temp);
}
/* DC simulation code - called at each DC analysis iteration during the solution
of non-linear circuit equations. Note: Diffusion (cdiff) and depletion (cdep)
capacitor values are also estimated and stored in static double variables for
possible future use in AC small signal simulation.
*/
if (ANALYSIS == DC) {
Vd = INPUT(diode);
if ( Vd >= P3*Vt_temp) { /* Forward bias model code */
Id = P6*(Xlimexp(P1*Vd)-1.0) + GMIN*Vd;
if ( P1*Vd <= 80.0) {
derive = P6*P1*exp(P1*Vd)+GMIN;
}
else {
derive = P5+GMIN;
}
}
if ( (-PBV < Vd) && (Vd < P3*Vt_temp)) { /* Reverse bias model code */
Id = -P6+GMIN*Vd;
derive = -Is_temp/Vd;
}
if (Vd < -PBV) { /* Reverse breakdowm zener like model code */
Id = -P6*(exp(-(BVeff+Vd)/Vt_temp)-1+BVeff/Vt_temp);
derive = (Is_temp/Vt_temp)*exp(-(BVeff+Vd)/Vt_temp);
}
OUTPUT(diode) = Id;
PARTIAL(diode, diode) = derive;
if ( Vd < PFC*PVJ ) { /* Capacitance cap = cdep+cdiff model code */
cdep = Cj0_temp/exp(PM*log(1.0 - (Vd/Vj_temp)) );
}
else {
cdep = (Cj0_temp/F2)*(F3+(PM*Vd/Vj_temp));
}
cap = PTT*Id/Vt_temp + cdep;
}
/* Transient simulation code - called at each time step during a transient analysis
sequence.
*/
if (ANALYSIS == TRANSIENT) {
Vd = INPUT(diode);
if ( Vd >= P3*Vt_temp) { /* Forward bias model code */
Id = P6*(Xlimexp(P1*Vd)-1.0) + GMIN*Vd;
if ( P1*Vd <= 80.0) {
derive = P6*P1*exp(P1*Vd)+GMIN;
}
else {
derive = P5+GMIN;
}
}
if ( (-PBV < Vd) && (Vd < P3*Vt_temp)) { /* Reverse bias model code */
Id = -P6+GMIN*Vd;
derive = -Is_temp/Vd;
}
if (Vd < -PBV) { /* Reverse breakdowm zener like model code */
Id = -P6*(exp(-(BVeff+Vd)/Vt_temp)-1+BVeff/Vt_temp);
derive = (Is_temp/Vt_temp)*exp(-(BVeff+Vd)/Vt_temp);
}
if ( Vd < PFC*PVJ ) { /* Capacitance cap = cdep+cdiff model code */
cdep = PCJ0/exp(PM*log(1.0 - (Vd/PVJ)) );
}
else {
cdep = (PCJ0/F2)*(F3+(PM*Vd/PVJ));
}
cap = PTT*Id/Vt_temp + cdep;
if (Vd < -PBV) { /* Reverse breakdowm zener like model code */
Id = -Is_temp*(exp(-(BVeff+Vd)/Vt_temp)-1+BVeff/Vt_temp);
OUTPUT(diode) = Id;
derive = (Is_temp/Vt_temp)*exp(-(BVeff+Vd)/Vt_temp);
PARTIAL(diode, diode) = derive;
}
/* Diode output current at terminal gd0+ = f(Vd,Id) = Id(DC) + d/dt(Qd),
where cap = dQd/dVd = dQd/dt*dt/dVd or dQd/dt = cap*dVd/dt = Id(cap).
*/
if (TIME > 0.0) {
cap = PTT*Id/Vt_temp;
OUTPUT(diode) = Id+cap*(Vd0-Vd)/(T(0)-T(1));
}
else {
OUTPUT(diode) = Id;
}
cm_analog_auto_partial(); /* Auto calculate derivative dId/dVd */
Vd0 = Vd;
}
/* AC simulation code - called at each analysis frequency.
Non-linear components are linearized at their bias point to yield
the real and imaginary components of the model AC_GAIN: in this
diode model the AC output current is given by I(f) = Y(f)*V(f),
where f is the analysis frequency in Hz. Hence, ac_gain.real = gd
and ac_gain.imag = j*2*pi*f*cap.
*/
if (ANALYSIS == AC) {
ac_gain.real = derive;
ac_gain.imag = RAD_FREQ*cap;
AC_GAIN(diode, diode) = ac_gain;
}
}

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examples/ngspice/XSPICE_CM/testRFind.sch Normal file
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227
examples/ngspice/audio_amp.sch Normal file
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<Text 140 860 12 #000000 0 "It is an example of Hi-Fi audio amplifier. It uses USSR\nsemiconductor devices. It illustrates how realistic \ncircuits could be simulated with Ngspice and Xyce. \nYou can perform AC and TRAN simulations and plot \noutout voltage in time- and frequency domain.\nNOTE: Example could be run only with Ngspice/Xyce">
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40
examples/ngspice/diode.sch Normal file
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examples/ngspice/irfz44_switch.sch Normal file
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49
examples/ngspice/par_sweep_test.sch Normal file
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74
examples/ngspice/spice4qucs-help/Chapter13/STestBench.sch Normal file
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@ -0,0 +1,74 @@
<Qucs Schematic 0.0.19>
<Properties>
<View=-333,441,1660,1360,1,0,0>
<Grid=10,10,1>
<DataSet=Test_StoY_SPICEOPUS.dat>
<DataDisplay=Test_StoY_SPICEOPUS.dpl>
<OpenDisplay=1>
<Script=Test_StoY_SPICEOPUS.m>
<RunScript=0>
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<FrameText0=Title>
<FrameText1=Drawn By:>
<FrameText2=Date:>
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<Sub S11_Probe1 1 270 530 -20 43 0 0 "S11_Probe.sch" 0 "50" 1>
<Sub S21_Probe1 1 790 630 -60 -66 0 0 "S21_Probe.sch" 0 "50" 1>
<GND * 1 760 740 0 0 0 0>
<S4Q_V V1 1 140 690 18 -26 0 1 "dc 0 ac 1" 1 "" 0 "" 0 "" 0 "" 0>
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<R_SPICE R4 1 760 1100 -34 18 1 0 "50" 1 "" 0 "" 0 "" 0 "" 0>
<Vac U1 1 790 1160 31 -40 1 1 "1 V" 1 "1 kHz" 1 "0" 0 "0" 0>
<GND * 1 790 1190 0 0 1 2>
<Sub S22_Probe1 1 770 980 -20 44 0 0 "S22_Probe.sch" 0 "50" 1>
<.DC DC1 1 -140 470 0 46 0 0 "26.85" 0 "0.001" 0 "1 pA" 0 "1 uV" 0 "no" 0 "150" 0 "no" 0 "none" 0 "CroutLU" 0>
<.AC AC1 1 -140 570 0 46 0 0 "log" 1 "1" 1 "1e6" 1 "121" 1 "no" 0>
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<GND * 1 270 1170 0 0 1 2>
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<R_SPICE R3 1 270 1140 26 -26 1 1 "50" 1 "" 0 "" 0 "" 0 "" 0>
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<Text -280 760 12 #000000 0 " A test bench for simulating circuit two port small signal parameters\n as a function of frequency.\n###########################################################\nCopy the four S parameter probes to your current project directory.\nCopy the test bench circuit onto an empty Qucs-S schematic sheet in \nyour current project directory.\n\nPlace copies of the circuit under test in the box marked DUT.\nMake sure that the test circuit input and output terminals are\nconnected to the test bench IN and OUT terminals. Note both\ncopies of the circuit under test must be in the same orientation. \n\nSelect one of the Ngspice, Xyce or SPICE OPUS circuit simulators.\nSet the value of Z0 and resistors R1, R2, R3 and R4 to the required\ncharacteristic impedance (default 50 Ohm).\nSet the AC simulation frequency range to the required value (default log,\nfrom 1Hz to 1Meg Hz with 20 points per decade). \nSimulate the DUT by pressing key F2. \n\nThe S parameters of the circuit under test are the voltages \noutput at circuit nodes nS11, nS12, nS21 and nS22, respectively.\n\nPLEASE NOTE this test bench works with SPICE circuit simulators,\nand is designed for AC simulation ONLY.">
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114
examples/ngspice/spice4qucs-help/Chapter13/TestLPF.sch Normal file
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<Qucs Schematic 0.0.19>
<Properties>
<View=0,26,1506,1000,1,0,60>
<Grid=10,10,1>
<DataSet=TestLPF.dat>
<DataDisplay=TestLPF.dpl>
<OpenDisplay=1>
<Script=TestLPF.m>
<RunScript=0>
<showFrame=0>
<FrameText0=Title>
<FrameText1=Drawn By:>
<FrameText2=Date:>
<FrameText3=Revision:>
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<Sub S11_Probe1 1 860 90 -20 43 0 0 "S11_Probe.sch" 0 "50" 1>
<Sub S21_Probe1 1 1380 190 -60 -66 0 0 "S21_Probe.sch" 0 "50" 1>
<GND * 1 1350 300 0 0 0 0>
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<GND * 1 730 280 0 0 0 0>
<R_SPICE R1 1 1350 660 -34 18 1 0 "50" 1 "" 0 "" 0 "" 0 "" 0>
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<GND * 1 1380 750 0 0 1 2>
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<GND * 1 860 730 0 0 1 2>
<R_SPICE R2 1 770 210 -24 -66 0 2 "50" 1 "" 0 "" 0 "" 0 "" 0>
<R_SPICE R3 1 1350 260 15 -26 0 1 "50" 1 "" 0 "" 0 "" 0 "" 0>
<R_SPICE R4 1 860 700 26 -26 1 1 "50" 1 "" 0 "" 0 "" 0 "" 0>
<C C1 1 1050 290 -33 58 0 1 "318.3nF" 1 "" 0 "neutral" 0>
<GND * 1 1050 320 0 0 0 0>
<L L1 1 1120 210 -26 10 0 0 "1.592mH" 1 "" 0>
<C C2 1 1190 290 -25 56 0 1 "318.3nF" 1 "" 0 "neutral" 0>
<GND * 1 1190 320 0 0 0 0>
<C C3 1 1060 740 -31 44 0 1 "318.3nF" 1 "" 0 "neutral" 0>
<GND * 1 1060 770 0 0 0 0>
<L L2 1 1130 660 -26 10 0 0 "1.592mH" 1 "" 0>
<C C4 1 1200 740 -32 47 0 1 "318.3nF" 1 "" 0 "neutral" 0>
<GND * 1 1200 770 0 0 0 0>
<.AC AC1 1 760 330 0 46 0 0 "log" 1 "1" 1 "1e6" 1 "121" 1 "no" 0>
<.DC DC1 1 800 890 0 46 0 0 "26.85" 0 "0.001" 0 "1 pA" 0 "1 uV" 0 "no" 0 "150" 0 "no" 0 "none" 0 "CroutLU" 0>
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29
examples/ngspice/spice4qucs-help/Chapter13/TwoPortConversion_scripts.sch Normal file
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<Qucs Schematic 0.0.19>
<Properties>
<View=0,0,1401,800,1,0,0>
<Grid=10,10,1>
<DataSet=TwoPortConversion_scripys.dat>
<DataDisplay=TwoPortConversion_scripys.dpl>
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<Script=TwoPortConversion_scripys.m>
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<FrameText0=Title>
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<NutmegEq StoY_Conversion_Template1 1 160 170 -27 19 0 0 "ac" 1 "StoY_Z0=50.0" 1 "StoY_DelSxZ0=( (1+V(nS11))*(1+V(nS22))-V(nS12)*V(nS21) )*StoY_Z0" 1 "Y11=( (1+V(nS22))*(1-V(nS11))+V(nS12)*V(nS21) )/StoY_DelSxZ0" 1 "Y12=-2*V(nS12)/StoY_DelSxZ0" 1 "Y21=-2*V(nS21)/StoY_DelSxZ0" 1 "Y22=((1+V(nS11))*(1-V(nS22))+V(nS12)*V(nS21))/StoY_DelSxZ0" 1>
<NutmegEq StoZ_Conversion_Template1 1 150 450 -27 19 0 0 "ac" 1 "StoZ_Z0=50.0" 1 "StoZ_DelSxZ0=( (1-V(nS11))*(1-V(nS22))-V(nS12)*V(nS21) )/StoZ_Z0" 1 "Z11=( (1+V(nS11))*(1-V(nS22))+V(nS12)*V(nS21) )/StoZ_DelSxZ0" 1 "Z12=2*V(nS12)/StoZ_DelSxZ0" 1 "Z21=2*V(nS21)/StoZ_DelSxZ0" 1 "Z22=((1-V(nS11))*(1+V(nS22))+V(nS12)*V(nS21))/StoZ_DelSxZ0" 1>
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<Rectangle 110 430 550 240 #aa5500 4 1 #c0c0c0 1 0>
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49
examples/ngspice/spice4qucs-help/Chapter13/Xyce2ToneTest.sch Normal file
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<Qucs Schematic 0.0.19>
<Properties>
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<Grid=10,10,1>
<DataSet=Xyce2ToneTest.dat>
<DataDisplay=Xyce2ToneTest.dpl>
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<GND * 1 640 100 0 0 0 0>
<VProbe Pr1 1 660 90 -16 28 0 3>
<GND * 1 160 220 0 0 0 0>
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<IProbe Pr2 1 560 200 -41 -26 0 3>
<R_SPICE R1 1 400 80 -26 -61 0 2 "0.1" 1 "" 0 "" 0 "" 0 "" 0>
<DIODE_SPICE D1 1 560 120 43 72 0 3 "DMOD" 1 ".model DMOD D(is=1e-15 n=1 cj0=1p rs=0.1 bv=0.7)" 1 "" 0 "" 0 "" 0>
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88
examples/ngspice/spice4qucs-help/Chapter13/ngspiceCustom1.sch Normal file
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<Qucs Schematic 0.0.19>
<Properties>
<View=-140,370,4665,1250,1,0,0>
<Grid=10,10,1>
<DataSet=ngspiceCustom1.dat>
<DataDisplay=ngspiceCustom1.dpl>
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<Script=ngspiceCustom1.m>
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<GND * 1 880 1070 0 0 1 2>
<R_SPICE R4 1 840 980 -18 18 1 0 "50" 1 "" 0 "" 0 "" 0 "" 0>
<GND * 1 860 740 0 0 0 0>
<R_SPICE R3 1 860 710 15 -26 0 1 "50" 1 "" 0 "" 0 "" 0 "" 0>
<R_SPICE R2 1 450 660 -26 -61 0 2 "50" 1 "" 0 "" 0 "" 0 "" 0>
<Vac U0 1 420 700 21 -24 0 1 "1 V" 1 "1 kHz" 1 "0" 0 "0" 0>
<GND * 1 420 730 0 0 0 0>
<Sub S11_Probe1 1 540 480 -40 34 0 0 "S11_Probe.sch" 0 "50" 1>
<GND * 1 540 770 0 0 0 0>
<GND * 1 700 760 0 0 0 0>
<L_SPICE L10 1 620 660 -26 10 0 0 "1.592m" 1 "" 0 "" 0 "" 0 "" 0>
<C_SPICE C15 1 700 730 17 -26 0 1 "318.3n" 1 "" 0 "" 0 "" 0 "" 0>
<C_SPICE C14 1 540 740 17 -26 0 1 "318.3n" 1 "" 0 "" 0 "" 0 "" 0>
<GND * 1 550 1090 0 0 0 0>
<L_SPICE L11 1 630 980 -26 10 0 0 "1.592m" 1 "" 0 "" 0 "" 0 "" 0>
<C_SPICE C17 1 550 1060 17 -26 0 1 "318.3n" 1 "" 0 "" 0 "" 0 "" 0>
<GND * 1 710 1090 0 0 0 0>
<C_SPICE C16 1 710 1060 17 -26 0 1 "318.3n" 1 "" 0 "" 0 "" 0 "" 0>
<Sub S12_Probe1 1 880 490 -40 34 0 0 "S12_Probe.sch" 0 "50" 1>
<Sub S22_Probe1 1 850 860 -20 44 0 0 "S22_Probe.sch" 0 "50" 1>
<Sub S21_Probe1 1 420 960 -60 -66 0 0 "S21_Probe.sch" 0 "50" 1>
<R_SPICE R5 1 330 1020 28 13 1 1 "50" 1 "" 0 "" 0 "" 0 "" 0>
<GND * 1 330 1050 0 0 1 2>
<.CUSTOMSIM CUSTOM1 1 -70 430 0 77 0 0 "\n* AC small signal simulation.\n* \nac dec 121 1 1e6\n*\nlet Z0 = 50.0\n*\n* Find two port S parameters from test circuit.\n*\nlet S11 = V(nS11)\nlet S12 = V(nS12)\nlet S21 = V(nS21)\nlet S22 = V(nS22)\n*\n* Extract Y paramerters.\n*\nlet StoYDelS = ( (1+S11)*(1+S22)-S12*S21 )*Z0\nlet Y11 = ( (1+S22)*(1-S11)+S12*S21 )/StoYDelS\nlet Y12 = -2*S12/StoYDelS\nlet Y21 = -2*S21/StoYDelS\nlet Y22 = ( (1+S11)*(1-S22)+S12*S21 )/StoYDelS\n*\n* Extract Z parameters\n*\nlet StoZDelS = ( (1-S11)*(1-S22)-S12*S21 )/Z0\nlet Z11 = ( (1+S11)*(1-S22)+S12*S21 )/StoZDelS\nlet Z12 = 2*S12/StoZDelS\nlet Z21 = 2*S21/StoZDelS\nlet Z22 = ( (1-S11)*(1+S22)+S12*S21 )/StoZDelS\n" 1 "S11; S12; S21; S22; Y11; Y12; Y21; Y22; Z11; Z12; Z21; Z22" 0 "" 0>
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35
examples/ngspice/spice4qucs-help/Chapter13/testDiodeSM.sch Normal file
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<Rect 130 719 1118 60 3 #c0c0c0 1 00 1 0 5e-05 0.001 0 0 1 1 1 -1 2 1 315 0 225 "" "" "">
<"xyce/tran.V(ND2)" #0000ff 2 3 0 0 0>
</Rect>
<Rect 130 848 1124 68 3 #c0c0c0 1 00 1 0 0.2 1 1 -0.1 0.5 1.1 1 -0.1 0.5 1.1 315 0 225 "" "" "">
<"xyce/tran.V(ND3)" #0000ff 2 3 0 0 0>
</Rect>
</Diagrams>
<Paintings>
<Line 0 490 0 360 #000000 3 1>
<Line 1440 510 0 360 #000000 3 1>
<Line 440 30 360 0 #000000 3 1>
<Line 520 1360 360 0 #000000 3 1>
</Paintings>

65
examples/xyce/hb-test.sch Normal file
View File

@ -0,0 +1,65 @@
<Qucs Schematic 0.0.19>
<Properties>
<View=0,-310,1093,770,1,0,0>
<Grid=10,10,1>
<DataSet=hb-test.dat>
<DataDisplay=hb-test.dpl>
<OpenDisplay=1>
<Script=hb-test.m>
<RunScript=0>
<showFrame=0>
<FrameText0=Название>
<FrameText1=Чертил:>
<FrameText2=Дата:>
<FrameText3=Версия:>
</Properties>
<Symbol>
</Symbol>
<Components>
<GND * 1 80 390 0 0 0 0>
<Diode D1 1 450 340 13 -26 0 1 "1e-15 A" 1 "1" 1 "0 fF" 1 "0.5" 0 "0.7 V" 0 "0.5" 0 "0.0 fF" 1 "0.0" 0 "2.0" 0 "0.0 Ohm" 1 "0.0 ps" 0 "0" 0 "0.0" 0 "1.0" 0 "1.0" 0 "0.7" 1 "1 mA" 0 "26.85" 0 "3.0" 0 "1.11" 0 "0.0" 0 "0.0" 0 "0.0" 0 "0.0" 0 "0.0" 0 "0.0" 0 "26.85" 0 "1.0" 0 "normal" 0>
<R R1 1 140 300 -26 15 0 0 "100" 1 "26.85" 0 "0.0" 0 "0.0" 0 "26.85" 0 "european" 0>
<R R3 0 350 350 15 -26 0 1 "100k" 1 "26.85" 0 "0.0" 0 "0.0" 0 "26.85" 0 "european" 0>
<C C1 0 190 350 17 -26 0 1 "1 pF" 1 "" 0 "neutral" 0>
<.HB HB1 1 40 10 0 71 0 0 "1 MHz" 1 "17" 1 "1 pA" 1 "1 uV" 1 "0.001" 1 "150" 0>
<R R2 1 320 300 -26 15 0 0 "100" 1 "26.85" 0 "0.0" 0 "0.0" 0 "26.85" 0 "european" 0>
<IProbe Pr2 1 240 300 -26 16 0 0>
<VProbe Pr1 1 490 250 28 -31 0 0>
<GND * 1 500 270 0 0 0 0>
<Vac V1 1 80 350 -70 -26 1 1 "4V" 1 "1 MHz" 1 "0" 0 "0" 0>
</Components>
<Wires>
<80 380 80 390 "" 0 0 0 "">
<80 300 110 300 "Node1" 110 250 7 "">
<80 300 80 320 "" 0 0 0 "">
<170 300 190 300 "" 0 0 0 "">
<450 300 450 310 "" 0 0 0 "">
<450 370 450 390 "" 0 0 0 "">
<80 390 190 390 "" 0 0 0 "">
<350 380 350 390 "" 0 0 0 "">
<350 300 350 320 "" 0 0 0 "">
<350 300 450 300 "Node3" 400 260 25 "">
<350 390 450 390 "" 0 0 0 "">
<190 300 190 320 "" 0 0 0 "">
<190 390 350 390 "" 0 0 0 "">
<190 380 190 390 "" 0 0 0 "">
<190 300 210 300 "" 0 0 0 "">
<270 300 290 300 "" 0 0 0 "">
<450 270 480 270 "" 0 0 0 "">
<450 270 450 300 "" 0 0 0 "">
</Wires>
<Diagrams>
<Rect 343 133 452 173 3 #c0c0c0 1 00 1 -8e+06 2e+06 8e+06 1 -0.237875 1 2.20344 1 -1 1 1 315 0 225 "" "" "">
<"xyce/NODE1.Vb" #0000ff 0 3 0 6 0>
<"xyce/NODE3.Vb" #ff0000 0 3 0 6 0>
</Rect>
<Rect 99 692 581 232 3 #c0c0c0 1 00 1 -1 0.2 1 1 -1 0.5 1 1 -1 0.5 1 315 0 225 "" "" "">
<"xyce/VPR2.Vb" #0000ff 0 3 0 6 0>
</Rect>
<Rect 630 410 240 160 3 #c0c0c0 1 00 1 -1 0.5 1 1 -1 1 1 1 -1 1 1 315 0 225 "" "" "">
<"xyce/PR1.Vb" #0000ff 0 3 0 6 0>
</Rect>
</Diagrams>
<Paintings>
<Text 60 -160 12 #000000 0 "This example shows how to use Harmonic balance \n(HB) simulation with Qucs and Xyce. You can compare\nHB simulation results from Qucs and Xyce. \n\nNOTE: This example could be run only with Xyce and Qucs">
</Paintings>