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Electric Circuits

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Introduction to PSpice expressly supports the use of OrCAD PSpice A/D, Release 9.2 (herein after referred to as PSpice) as part of an introuctory course in electric circuit analysis based on the textbook Introductory Circuits for Electrical and Computer Engineering. This supplement focuses on three things: (1) learning to draw and stimulate linear circuits using PSpice, (2) constructing circuit models of basic devices such as op amps and transformers, and (3) learning to challenge computer output data as a means of reinforcing confidence in simulation. Because PSpice is designed to simulate networks containing integrated circuit devices, its range of application goes well beyond the topics covered in the textbook. rnThe use of PSpice involves learning a new technical vocabulary and a number of specialized techniques. Although some circuits courses cover PSpice as an independent topic, many instructors prefer to integrate computer solutions with the course.rnSPICE is a computer aided simulation program that enables you to design a circuit and then simulate the design on a computer. SPICE is the acronym for a Simulation Program with Integratd Circuit Emphasis. The Electronics Research Laboratory of the University of California developed SPICE and made it available to the public in 1975.rnMany different software packages are available that implement SPICE on personal computers or workstations. Among them, Orcad PSpice A/D, from Orcad, Inc. is the most popular. PSpice’s popularity can be attributed to many factors, including its user friendly interface, extensions to SPICE that support modelling of digital circuits and much more, and its no cost basic version. This manual focuses on how to use Release 9.2, and all the examples were produced using this release. rnAlthough PSpice is a general purpose program designed for a wide range of circuit simulation, including the simulation of nonlinear circuits, transmission lines, noise and distortion, digital circuits, and mixed digital and analog circuits.rnThe general procedure for using PSpice consists of three basic steps. In the first step, the user describes the circuit to be simulated or analyzed by drawing it in schematic form. In the second step, the user specifies the type of analysis desired, and directs PSpice to perform that analysis. In the third and final step, the user instructs the computer to print or plot the results of the analysis. rnBefore PSpice can begin analysis, the schematic must be translated into a collection of statements which identify the types of components, their attributes, and their interconnections. This collection is the netlist. This appendix presents the netlist syntax for most of the schematic parts presented in this supplement. Being familiar with the netlist syntax is helpful when debugging errors in your schematic, and is necessary when creating new subcircuit models or modifiying existing subcircuit models for parts.rn

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Ketersediaan

090101260

Tersedia

Informasi Detil

Judul Seri

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No. Panggil

621.3 NIL e

Penerbit

Prentice Hall : Saddle River, New Jersey., 2001

Deskripsi Fisik

xxxiv, 1018 p

Bahasa

English

ISBN/ISSN

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Klasifikasi

621.3 NIL e

Tipe Isi

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Tipe Media

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Tipe Pembawa

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Edisi

Sixth Edition

Subyek

Electric Circuits

Info Detil Spesifik

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Pernyataan Tanggungjawab

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Versi lain/terkait

Lampiran Berkas

Komentar

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