📄 buck cm k factor tran.out.1
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**** 08/22/05 23:05:53 ******* PSpice 10.3.0 (Jan 2004) ******* ID# 1111111111
** Profile: "Buck CM K factor TRAN-Buck CM K factor TRAN" [ D:\CHRISTOPHE\LIVRES\SPICE SIMUS 2\Chapter3\Simulation examples\PSpice\
**** CIRCUIT DESCRIPTION
******************************************************************************
** Creating circuit file "Buck CM K factor TRAN.cir"
** WARNING: THIS AUTOMATICALLY GENERATED FILE MAY BE OVERWRITTEN BY SUBSEQUENT SIMULATIONS
*Libraries:
* Profile Libraries :
* Local Libraries :
* From [PSPICE NETLIST] section of d:\OrCAD_10.3\tools\PSpice\PSpice.ini file:
.lib "D:\Christophe\Livres\Spice simus 2\Chapter2\Simulation examples\PSpice\copec.lib"
.lib "D:\Christophe\Livres\Spice simus 2\Chapter2\Simulation examples\PSpice\freerun.lib"
.lib "D:\Christophe\Livres\Spice simus 2\Chapter2\Simulation examples\PSpice\pwmswitch.lib"
.lib "D:\Christophe\Livres\Spice simus 2\Chapter2\Simulation examples\PSpice\application.lib"
.lib "nom.lib"
*Analysis directives:
.TRAN 0 5m 1m 10u
.OPTIONS ITL4= 50
.OPTIONS RELTOL= 0.01
.PROBE V(alias(*)) I(alias(*)) W(alias(*)) D(alias(*)) NOISE(alias(*))
.INC "..\Buck CM K factor TRAN.net"
**** INCLUDING "Buck CM K factor TRAN.net" ****
* source CHAPTER 3_1
X_U12 VOUT 0 N829243 0 SWHYSTE PARAMS: RON=2.5 ROFF=5 VT=3 VH=1
R_Rdummy 0 DUTY 1k
R_R22 N822502 0 1k
V_Vin N822344 0 10
C_Cout 0 N822362 220u
X_U10 N822390 N822294 ERR AMPSIMP PARAMS: POLE=30 GAIN=30000 VHIGH=5
+ VLOW=10mV
R_R25 N822496 0 1k
L_L1 VOUT N8228381 75u
R_R5 N822450 N8228381 20m
X_U13 N822344 N822450 0 ERR DUTY PWMCMX PARAMS: L=75u FS=100k RI=400m
+ SE=13k
R_Rlower 0 N822294 10k
C_C1 ERR N8226441 {C1}
R_R26 N822490 0 1k
V_V8 N822502 0 {C1}
R_Resr N822362 VOUT 70m
V_V9 N822496 0 {C2}
V_V7 N822490 0 {R2}
R_Rupper N822294 VOUT {Rupper}
V_Vref N822390 0 2.5
R_R2 N8226441 N822294 {R2}
C_C2 ERR N822294 {C2}
V_V13 N829243 0
+PWL 0 0 2m 0 2.001m 5 4m 5 4.001m 0
.PARAM C2={1/(2*pi*Fc*G*K*Rupper)} Gfc=-12 R2={K/(2*pi*Fc*C1)} G=
+ {10**(-Gfc/20)} K={tan((boost/2+45)*pi/180)} pfc=-52 Cpole=
+ {1/(2*pi*Fpole*Ropto)} Czero={1/(2*pi*Fzero*Rupper)} pi=3.14159 Ropto=2.2k
+ Fpole={Fc*K} Fzero={Fc/K} Fc=10k CTR=2 boost={pm-pfc-90} pm=80 Rupper=10k C1=
+ {C2*(K**2-1)}
**** RESUMING "Buck CM K factor TRAN.cir" ****
.END
**** 08/22/05 23:05:53 ******* PSpice 10.3.0 (Jan 2004) ******* ID# 1111111111
** Profile: "Buck CM K factor TRAN-Buck CM K factor TRAN" [ D:\CHRISTOPHE\LIVRES\SPICE SIMUS 2\Chapter3\Simulation examples\PSpice\
**** Diode MODEL PARAMETERS
******************************************************************************
X_U10.DCLP X_U13.Xdc.dclamp
IS 10.000000E-15 10.000000E-15
N .01 .01
RS .1
X_U13.Xd2.dclamp
IS 10.000000E-15
N .01
RS .1
**** 08/22/05 23:05:53 ******* PSpice 10.3.0 (Jan 2004) ******* ID# 1111111111
** Profile: "Buck CM K factor TRAN-Buck CM K factor TRAN" [ D:\CHRISTOPHE\LIVRES\SPICE SIMUS 2\Chapter3\Simulation examples\PSpice\
**** Voltage Controlled Switch MODEL PARAMETERS
******************************************************************************
X_U12.smoothSW
RON 2.5
ROFF 5
VON 1
VOFF 0
**** 08/22/05 23:05:53 ******* PSpice 10.3.0 (Jan 2004) ******* ID# 1111111111
** Profile: "Buck CM K factor TRAN-Buck CM K factor TRAN" [ D:\CHRISTOPHE\LIVRES\SPICE SIMUS 2\Chapter3\Simulation examples\PSpice\
**** INITIAL TRANSIENT SOLUTION TEMPERATURE = 27.000 DEG C
******************************************************************************
NODE VOLTAGE NODE VOLTAGE NODE VOLTAGE NODE VOLTAGE
( ERR) .5337 ( DUTY) .0845 ( VOUT) 5.0000 (N822294) 2.5000
(N822344) 10.0000 (N822362) 5.0000
(N822390) 2.5000 (N822450) 5.0200
(N822490) 49.65E+03 (N822496) 178.0E-12
(N822502) 719.9E-12 (N829243) 0.0000
(X_U10.2) .5337 (X_U10.3) .0100
(X_U10.4) .5337 (X_U10.8) 5.0000
(X_U12.8) 0.0000 (N8226441) 2.5000
(N8228381) 5.0000 (X_U13.cx) 5.0200
(X_U13.d2) .9227 (X_U12.ref) 4.0000
(X_U13.d2X) 35.5770 (X_U13.dcx) .9301
(X_U12.ref1) 4.0000 (X_U13.mode) 135.2E-09
(X_U13.Xd2.clpn) .0070 (X_U13.Xd2.clpp) .9155
(X_U13.Xdc.clpn) .0070 (X_U13.Xdc.clpp) .9900
VOLTAGE SOURCE CURRENTS
NAME CURRENT
V_Vin -8.390E-02
V_V8 -7.199E-13
V_V9 -1.780E-13
V_V7 -4.965E+01
V_Vref 0.000E+00
V_V13 0.000E+00
X_U10.Vlow 5.337E-13
X_U10.Vhigh -4.476E-12
X_U13.VM 1.000E+00
X_U13.Xdc.V1 8.749E-14
X_U13.Xdc.V2 -9.155E-13
X_U13.Xd2.V1 9.257E-13
TOTAL POWER DISSIPATION 2.47E+06 WATTS
ERROR -- Convergence problem in transient analysis at Time = 2.004E-03
Time step = 298.0E-18, minimum allowable step size = 500.0E-18
These voltages failed to converge:
V(DUTY) = 349.96mV \ 353.56mV
V(X_U13.dcx) = 3.853V \ 3.893V
These supply currents failed to converge:
I(V_Vin) = -371.76mA \ -375.59mA
Last node voltages tried were:
NODE VOLTAGE NODE VOLTAGE NODE VOLTAGE NODE VOLTAGE
( ERR) .6221 ( DUTY) .3500 ( VOUT) 4.9236 (N822294) 2.4951
(N822344) 10.0000 (N822362) 4.9866
(N822390) 2.5000 (N822450) 8.5444
(N822490) 49.65E+03 (N822496) 178.0E-12
(N822502) 719.9E-12 (N829243) 5.0000
(X_U10.2) .6222 (X_U10.3) .0100
(X_U10.4) .6222 (X_U10.8) 5.0000
(X_U12.8) 1.0000 (N8226441) 2.5843
(N8228381) 8.5230 (X_U13.cx) 8.5444
(X_U13.d2) .6572 (X_U12.ref) 2.0000
(X_U13.d2X) 31.1480 (X_U13.dcx) 3.8530
(X_U12.ref1) 2.0000 (X_U13.mode) 135.2E-09
(X_U13.Xd2.clpn) .0070 (X_U13.Xd2.clpp) .6500
(X_U13.Xdc.clpn) .0070 (X_U13.Xdc.clpp) .9900
**** Interrupt ****
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