Pspice para Teoria de Circuitos - Spanish Español

P-Spice para teora de circuitos

Jos Mara Miguel LpezMargarita Sanz PostillsJoan Maria Mir SanzXavier Moncunill GenizOrestes Mas Casals

Primera edicin: diciembre de 1999

Els autors, 1999

Edicions UPC, 1999 Edicions de la Universitat Politcnica de Catalunya, SL Jordi Girona Salgado 31, 08034 Barcelona Tel.: 934 016 883 Fax: 934 015 885 Edicions Virtuals: www.edicionsupc.es e-mail: [email protected]

Produccin: CPDA Av. Diagonal 647, ETSEIB, 08028 Barcelona

Depsito legal: B-49051-99ISBN: 84-8301-361-4

Quedan rigurosamente prohibidas, sin la autorizacin escrita de los titulares del copyright, bajo las san-ciones establecidas en las leyes, la reproduccin total o parcial de esta obra por cualquier medio o pro-cedimiento, comprendidos la reprografa y el tratamiento informtico, y la distribucin de ejemplares de ella mediante alquiler o prstamo pblicos, as como la exportacin e importacin de ejemplares para su distribucin y venta fuera del mbito de la Unin Europea.

!ASES TERICAS

ESCRIPCIN DE CIRCUITOS "

OMANDOS TILES EN EL ANLISIS #

UENTES AJUSTABLES

BTENCIN DE RELACIONES

BTENCIN DE SENSIBILIDADES

$NCORPORACIN DE FUENTES CONTROLADAS

UENTES CONTROLADAS POR TENSIN

UENTES CONTROLADAS POR CORRIENTE

"NLISIS DE CIRCUITOS LINEALES CON%S &

'(

!ASES TERICAS (

ISCRETIZACIN DE CIRCUITOS

ESCRIPCIN DE FUENTES VARIABLES CON EL TIEMPO &

$ESCRIPCIN DE ELEMENTOS DINMICOS #

"L COMANDO )* (

+JEMPLOS DE OBTENCIN DE LA RESPUESTA TEMPORAL DE CIRCUITOS EN ,

IRCUITO EXCITADO POR UN ESCALN

IRCUITO EXCITADO POR UN ESCALN

ENERADORES PERIDICOS

$-.'/'00$,

$!ASES TERICAS $,

$ESCRIPCIN DE GENERADORES FASORIALES Y COMANDOS PARA EL ANLISISEN* $

$ JEMPLOS DE OBTENCIN DE LA RESPUESTA DE CIRCUITOS EN*MEDIANTE $$

ETERMINACIN DE CORRIENTES DE MALLA

ETERMINACIN DE IMPEDANCIAS

ETERMINACIN DE POTENCIAS MEDIAS

"%00/010'0",

"!ASES TERICAS ",

"SPECIFICACIONES COMPLETAS DEL COMANDO "

" JEMPLOS DE OBTENCIN DE LA RESPUESTA FRECUENCIAL MEDIANTE "

ILTRO PASOBANDA

ILTRO RANURA

"$)RAZADOS DE!ODE "(

+*10.10+

+ *10.10

[1] MIR SANS, J.M.; PUERTA NOTARIO, A.; MIGUEL LPEZ, J.M.; SANZ POSTILS, M.

Anlisis y diseo de circuitos con PC, Barcelona, Marcombo, 1989

[2] THOMAS, R.E.; ROSA, A.J.

The Analysis and Design of Linear Circuits, Englewood Cliffs (N.J.), Prentice Hall, 1994

[3] NILSSON, J.W.; RIEDEL, S.A.

Introduccin a PSpice,Wilimington, D., Addison-Wesley Iberoamericana, S.A., 1994

[4] FENICAL, L.H.

PSpice: A Tutorial, Englewood Cliffs (N.J.), Regents Prentice Hall, 1992

[5] RASHID, M.H.

SPICE for Circuits and Electronics Using PSpice, Englewood Cliffs (N.J.), Prentice Hall, 1990

[6] TUINENGA, P.W.

SPICE: A Guide to Circuit Simulation and Analysis Using PSpice, Englewood Cliffs (N.J.), Prentice

Hall, 1988

[7] ALVIN CONNELLY, J.; PYUNG CHOI

Macromodeling with SPICE, Englewood Cliffs (N.J.), Prentice Hall, 1992

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**** 10/24/96 16:19:51 ********* Evaluation PSpice (January 1994) ************

circuito test 1

**** CIRCUIT DESCRIPTION

******************************************************************************

v1 2 0 dc 5

i1 0 1 dc 10

r1 1 0 10

r2 1 2 10

.end

_


circuito test 1

**** SMALL SIGNAL BIAS SOLUTION TEMPERATURE = 27.000 DEG C

******************************************************************************

NODE VOLTAGE NODE VOLTAGE NODE VOLTAGE NODE VOLTAGE

( 1) 52.5000 ( 2) 5.0000

VOLTAGE SOURCE CURRENTS

NAME CURRENT

v1 4.750E+00

TOTAL POWER DISSIPATION -2.38E+01 WATTS

JOB CONCLUDED

TOTAL JOB TIME 0.00

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400

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amplificacin


******************************************************************************


( 1) 10.0000 ( 2) 6.4789 ( 3) 6.1972


NAME CURRENT

vg -4.789E+00

TOTAL POWER DISSIPATION 4.79E+01 WATTS

**** SMALL-SIGNAL CHARACTERISTICS

V(3)/vg = 6.197E-01

INPUT RESISTANCE AT vg = 2.088E+00

OUTPUT RESISTANCE AT V(3) = 8.451E-01

JOB CONCLUDED

TOTAL JOB TIME .05

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**** 10/21/96 10:15:11 ********* Evaluation Pspice (January 1994) ************

amplificacin

**** DC SENSITIVITY ANALYSIS TEMPERATURE = 27.000 DEG C

******************************************************************************

DC SENSITIVITIES OF OUTPUT V(3)

ELEMENT ELEMENT ELEMENT NORMALIZED

NAME VALUE SENSITIVITY SENSITIVITY

(VOLTS/UNIT) (VOLTS/PERCENT)

r1 1.000E+00 -1.190E+00 -1.190E-02

r2 2.000E+00 5.475E-01 1.095E-02

r3 1.000E+00 -1.428E-01 -1.428E-03

r4 4.000E+00 3.273E-01 1.309E-02

r5 3.000E+00 -3.571E-01 -1.071E-02

vg 1.000E+01 6.197E-01 6.197E-02

JOB CONCLUDED

TOTAL JOB TIME 0.00

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fuentes controladas por tensin


******************************************************************************


( 1) 1.0000 ( 2) -.0492 ( 3) .0984


NAME CURRENT

vg -1.049E-01

TOTAL POWER DISSIPATION 1.05E-01 WATTS


V(3)/vg = 9.836E-02


OUTPUT RESISTANCE AT V(3) = 9.836E-01

JOB CONCLUDED

TOTAL JOB TIME 0.00

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fuentes contr. por corriente


******************************************************************************


( 1) 1.0000 ( 2) .6366 ( 3) .6366 ( 4) -60.0300


NAME CURRENT

vg -3.634E-04

vs 3.634E-04

TOTAL POWER DISSIPATION 3.63E-04 WATTS


V(4)/vg = -6.003E+01


OUTPUT RESISTANCE AT V(4) = 6.697E+03

JOB CONCLUDED

TOTAL JOB TIME 0.00

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2 1.74 2.49

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4 3.17 3.79

5 3.79 4.36

6 4.36 4.87

7 4.87 5.33

8 5.33 5.76

9 5.76 6.14

10 6.14 6.50

11 6.50 6.81

12 6.81 7.10

13 7.10 7.37

14 7.37 7.61

15 7.61 7.82

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**** 04/17/97 11:28:12 ********* Evaluation PSpice (January 1994) ********

RC-1

**** TRANSIENT ANALYSIS TEMPERATURE = 27.000 DEG C

**************************************************************************

TIME V(2) TIME V(2)

0.000E+00 -8.400E-08 6.800E+00 9.989E+00

2.000E-01 1.796E+00 7.000E+00 9.991E+00

4.000E-01 3.275E+00 7.200E+00 9.993E+00

6.000E-01 4.497E+00 7.400E+00 9.994E+00

8.000E-01 5.498E+00 7.600E+00 9.995E+00

1.000E+00 6.316E+00 7.800E+00 9.996E+00

1.200E+00 6.986E+00 8.000E+00 9.997E+00

1.400E+00 7.534E+00 8.200E+00 9.997E+00

1.600E+00 7.983E+00 8.400E+00 9.998E+00

1.800E+00 8.349E+00 8.600E+00 9.998E+00

2.000E+00 8.649E+00 8.800E+00 9.999E+00

2.200E+00 8.895E+00 9.000E+00 9.999E+00

2.400E+00 9.096E+00 9.200E+00 9.999E+00

2.600E+00 9.260E+00 9.400E+00 9.999E+00

2.800E+00 9.395E+00 9.600E+00 9.999E+00

3.000E+00 9.505E+00 9.800E+00 9.999E+00

3.200E+00 9.595E+00 1.000E+01 1.000E+01

3.400E+00 9.669E+00

3.600E+00 9.729E+00

3.800E+00 9.778E+00

4.000E+00 9.818E+00

4.200E+00 9.851E+00

4.400E+00 9.878E+00

4.600E+00 9.901E+00

4.800E+00 9.919E+00

5.000E+00 9.933E+00

5.200E+00 9.946E+00

5.400E+00 9.955E+00

5.600E+00 9.964E+00

5.800E+00 9.970E+00

6.000E+00 9.976E+00

6.400E+00 9.984E+00

6.600E+00 9.987E+00

JOB CONCLUDED

TOTAL JOB TIME .11

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Corrientes de malla

**** AC ANALYSIS TEMPERATURE = 27.000 DEG C

******************************************************************************

FREQ IM(vs1) IP(vs1) IM(vs2) IP(vs2)

1.590E-01 4.385E+00 3.794E+01 4.991E+00 1.126E+02

JOB CONCLUDED

TOTAL JOB TIME 0.00

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Respuesta frecuencial

**** AC ANALYSIS TEMPERATURE = 27.000 DEG C

******************************************************************************

FREQ V(2) VP(2)

1.000E+02 1.409E-02 8.919E+01

1.500E+02 2.166E-02 8.876E+01

2.000E+02 2.992E-02 8.829E+01

2.500E+02 3.921E-02 8.775E+01

3.000E+02 5.002E-02 8.713E+01

3.500E+02 6.304E-02 8.639E+01

4.000E+02 7.939E-02 8.545E+01

4.500E+02 1.009E-01 8.421E+01

5.000E+02 1.312E-01 8.246E+01

5.500E+02 1.773E-01 7.979E+01

6.000E+02 2.568E-01 7.512E+01

6.500E+02 4.226E-01 6.500E+01

7.000E+02 8.351E-01 3.337E+01

7.500E+02 8.110E-01 -3.581E+01

8.000E+02 4.445E-01 -6.361E+01

8.500E+02 2.950E-01 -7.284E+01

9.000E+02 2.215E-01 -7.720E+01

9.500E+02 1.784E-01 -7.973E+01

1.000E+03 1.501E-01 -8.137E+01

1.050E+03 1.300E-01 -8.253E+01

1.100E+03 1.151E-01 -8.339E+01

JOB CONCLUDED

TOTAL JOB TIME .11

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c: Los autores, 1999; Edicions UPC, 1999.

Pspice para Teoria de Circuitos - Spanish Español

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