SPICE: A Guide to Circuit Simulation and Analysis Using PSpice (3rd Edition)

Tuinenga, Paul W.

ISBN 10: 0131587757 / ISBN 13: 9780131587755

Published by Prentice Hall, 1995

About this Item

The book may have minor cosmetic wear (i.e. creased spine/cover, scratches, curled corners, folded pages, minor sunburn, minor water damage, minor bent). The book may have some highlights/notes/underlined pages - Accessories such as CD, codes, toys, may not be included - Safe and Secure Mailer - No Hassle Return.

Seller Inventory # 521YH000154L

Bibliographic Details

• Title: SPICE: A Guide to Circuit Simulation and Analysis Using PSpice (3rd Edition)
• Publisher: Prentice Hall
• Publication Date: 1995
• Language: English
• ISBN 10: 0131587757
• ISBN 13: 9780131587755
• Binding: paperback
• Condition: Good

About this title

Synopsis

This guide to the PSpice circuit simulator provides a "tutorial approach" to using PSpice through graduated examples. This edition includes enhanced pedagogical features, and coverage of the newest capabilities of this program. It explains: the use of "Monte Carlo methods" in PSpice for statistically computing estimates of how circuits will behave with variations in component values and derivation and use of two-port parameters, including s-parameters. It also includes an expanded section on group and time delay, and on noise analysis, as well as fuller descriptions and examples for using parameters, functions and values defined by formulas to generalize circuit blocks and specify component values.

From the Back Cover

Revision of best-selling guide to the PSpice circuit simulator by an authoritative author. Provides a "tutorial approach" to using PSpice through graduated examples. Comprehensive coverage of the newest capabilities of this program. Explains the use of "Monte Carlo methods" in PSpice for statistically computing estimates of how circuits will behave with variations in component values. Explains the use of sensitivity calculations and "worst case analysis" in PSpice for discovering the maximum range of circuit performance and the causes of extreme operations. Two-Port Network Analysis, explains derivation and use of two-port parameters, including s-parameters.