Product Description

This package aims to transform the study of this fundamental subject. With theorems such as superposition, reciprocity and compensation developed and fully solved, students can go on to solve circuit transients using classical differential equations and by Laplace transforms. The systems requirements are 80386/80486 PC or compatibles, with Windows 3.1 or higher, 3.5" disk drive, 4 MB of RAM and 4 MB of disk space.

Product Details

• Amazon Sales Rank: #1140755 in Books
• Published on: 1994-10-01
• Original language: English
• Binding: Paperback

Book Info
1997 Schaums/McGraw Hill. Updated to cover the latest circuit analysis course requirements. Contains 364 solved problems with complete solutions. Paper. DLC: Electric circuits Problems, exercises, etc...

From the Back Cover
Maximize your study time and watch your grades improve with this powerful interactive tutorial on electric circuits! The only course outline software package for electric circuits with the powerful Mathcad Engine--today's leading technical calculation software--this incredibly effective study aid will help you make sense of even the most challenging concepts of electric circuits. Everything you need to start down the road to increased comprehension and better grades in introductory electric circuit courses is here. You'll find a wealth of solved problems, summaries of key theoretical points, an electronic search feature, and more in his ultimate exam preparation toolkit. With Matchcad technology every number, formula, and graph is completely interactive. You can change variables in equations and watch as Mathcad's powerful engine recalculates the solution each time! Based on the third edition of the best-selling book on electric circuits from Schaum's popular Outline Series, your Electronic Tutor includes new chapters on amplifiers and operational amplifier cicuits, signals and waveforms, two-port networks, circuit analysis using Spice and PSpice, and Fourier transforms. Look for other chapters on DC resistive circuits, DC mesh and node analysis, circuit transients, sinusoidal circuit analysis, sinucoidal steady state analysis in the frequency domain, polyphase circuits, frequency domain, polyphase circuits, prequency response and resonance, the Palace transform method, coupled circuits and transformers, and more.

About the Author

Mahmood Nahvi, Ph.D., is an electrical engineering professor at California Polytechnic State University in San Luis Obispo.

Joseph Edminister, M.S.E., is a professor emeritus of electrical engineering at the University of Akron.