
This entry for linear circuits courses offers an approach to basic electric circuits - the scientific model-based method of developing a general law by examining real-world cases. Other features include an illustration of the "why" behind electric phenomenon, a selection of worked examples, problems using Spice and Matlab, and additional design problems. Both inductive and deductive processes are emphasized, taking a rigorous engineering approach. More has been included on electronics, non-linear material and operational amps. The emphasis is on design with separate end-of-chapter problems highlighting this area. (An accompanying instructor's manual ISBN: 0-07-004805-3 is also available).
This text investigates the fundamental principles of electric circuit analysis through a scientific, model-based methodology. Author Norman Balabanian utilizes his academic background to present a rigorous engineering framework that bridges the gap between theoretical laws and real-world applications. By emphasizing both inductive and deductive reasoning, the book provides a structured approach to understanding complex electrical phenomena.
What You Will Find
Scope Limits
Experts and educators frequently cite this work as a rigorous, foundational text for undergraduate electrical engineering curricula. Readers often note the academic density of the prose, which is balanced by a strong emphasis on practical design and modern simulation techniques.
Page Count:
864
Publication Date:
1995-01-01
Publisher:
McGraw-Hill College
ISBN-10:
0070048061
ISBN-13:
9780070048065
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