Description This book provides a comprehensive treatment of the popular Circuit Analysis program Multisim, along with a sufficient amount of underlying theory to constitute a complete study of a relevant modern approach to Circuit analysis.
Degree in Electrical Engineering Technology and a Master of Science.
S.
He holds a B.
John Hackworth is an Adjunct Associate Professor Emeritus and former director of the Electrical Engineering Technology program at Old Dominion University.
Stanley is a Registered Professional Engineer Emeritus in Virginia and he is a Senior Member of the IEEE and ASEE.
Dr.
All degrees are in Electrical Engineering. degrees at North Carolina State University.
D. and Ph.
S. degree at the University of South Carolina and M.
S.
He received the B.
He is the sole author or first author of more than 20 textbooks, including some that made it to the fourth or fifth edition.
Stanley is an Eminent Professor Emeritus at Old Dominion University and was a recipient of the State Council in Virginia Outstanding Faculty Award.
About the Author William D.
Circuit diagrams and Multisim generated curves each occupy a full page providing a convenient way to display the results in a presentation form.
Numerous examples are provided.
The underlying theory is covered as a supplement to each of the preceding topics.
Finally, Sensitivity Analysis, Worst-Case analysis, Monte Carlo Analysis, and Temperature Sweep Analysis are covered.
Fourier Analysis is covered followed by Pole-Zero Analysis.
The treatment then moves to Frequency Response Analysis and Steady-State AC Analysis at a single frequency.
Several chapters are then devoted to Transient Analysis ranging from the simplest single-element forms to more complex transient situations.
Two chapters are then devoted to DC Circuit Analysis including Analysis at a fixed operating point followed by the process of sweeping a DC variable.
The book begins with the process required for obtaining parts and constructing a Circuit model.
Description This book provides a comprehensive treatment of the popular Circuit Analysis program Multisim, along with a sufficient amount of underlying theory to constitute a complete study of a relevant modern approach to Circuit analysis
