Fundamentals of Electric Circuits
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Written for a two-semester or three-quarter course in linear circuit analysis, for students with the usual pre-requisites of physics and calculus, this second edition text (first, 2000) aims to be both engaging and clear. The emphasis is on problem-solving (odd-numbered answers are included). Arrangement is in three sections on DC circuits, AC circuits, and advanced circuit analysis. The computer circuit analysis program Spice is used throughout, and a brief tutorial on Matlab is appended. The included CD-ROM contains Multisim 2001, which allows students to create circuits, analyze prebuilt circuits, and work through virtual lab assigmments. Annotation (c)2003 Book News, Inc., Portland, OR
PrefaceAcknowledgmentsGuided TourA Note to the StudentAbout the AuthorsPt. 1DC Circuits1Ch. 1Basic Concepts3Ch. 2Basic Laws27Ch. 3Methods of Analysis77Ch. 4Circuit Theorems125Ch. 5Operational Amplifiers173Ch. 6Capacitors of Inductors211Ch. 7First-Order Circuits249Ch. 8Second-Order Circuits309Pt. 2AC Circuits367Ch. 9Sinusoids and Phasors369Ch. 10Sinusoidal Steady-State Analysis413Ch. 11AC Power Analysis457Ch. 12Three-Phase Circuits503Ch. 13Magnetically Coupled Circuits555Ch. 14Frequency Response613Pt. 3Advanced Circuit Analysis673Ch. 15Introduction to Laplace Transforms675Ch. 16Applications of Laplace Transforms715Ch. 17The Fourier Series757Ch. 18Fourier Transform813Ch. 19Two-Port Networks853App. ASimultaneous Equations and Matrix InversionApp. BComplex NumbersApp. CMathematical FormulasApp. DPSpice for WindowsApp. EMATLABApp. FAnswers to Odd-Numbered ProblemsSelected BibliographyIndex
