New Book: Computer-Aided Circuit Analysis with Multisim
Colleagues: We would like to inform you of a new book with the title above. Some information on the book follows. A major feature of the book is that each analysis feature is given a reasonable amount of background theory. Each figure is shown on a separate page, which makes it very convenient for class display. All circuits were created with Version 14 or 14.1.
The following links provide information for different countries on purchasing the book:
http://www.amazon.com/dp/1981705953 on Amazon.com
http://www.amazon.ca/dp/1981705953 on Amazon.ca
http://www.amazon.co.uk/dp/1981705953 on Amazon.co.uk
http://www.amazon.de/dp/1981705953 on Amazon.de
http://www.amazon.es/dp/1981705953 on Amazon.es
http://www.amazon.fr/dp/1981705953 on Amazon.fr
http://www.amazon.it/dp/1981705953 on Amazon.it
I wish it were possible to provide review copies of the book, but based on Amazon polices, even the authors have to pay for copies!
Authored by William D. Stanley, Co-Authored by John R Hackworth
List Price: $65.00
8.5" x 11" (21.59 x 27.94 cm)
Black & White on White paper
318 pages
ISBN-13: 978-1981705955 (CreateSpace-Assigned)
ISBN-10: 1981705953
BISAC: Technology & Engineering / Electronics / General
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. The book begins with the process required for obtaining parts and constructing a circuit model. 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. Several chapters are then devoted to Transient Analysis ranging from the simplest single-element forms to more complex transient situations. The treatment then moves to Frequency Response Analysis and Steady-State AC Analysis at a single frequency. Fourier Analysis is covered followed by Pole-Zero Analysis. Finally, Sensitivity Analysis, Worst-Case analysis, Monte Carlo Analysis, and Temperature Sweep Analysis are covered. The underlying theory is covered as a supplement to each of the preceding topics. Numerous examples are provided. Circuit diagrams and Multisim generated curves each occupy a full page providing a convenient way to display the results in a presentation form.
Computer-Aided Circuit Analysis with Multisim
Chapter 1. Creating a Circuit Model with Multisim
Chapter 2. DC Operating Point
Chapter 3. DC Sweep
Chapter 4. Transient Analysis I
Chapter 5. Transient Analysis II
Chapter 6. Transient Analysis III
Chapter 7. AC Sweep Analysis
Chapter 8. Single Frequency AC Analysis
Chapter 9. Fourier (Spectral) Analysis
Chapter 10. Pole Zero Analysis
Chapter 11. Sensitivity Analysis
Chapter 12. Worst Case Analysis
Chapter 13. Monte Carlo Analysis
Chapter 14. Temperature Sweep Analysis
Appendix. How to Use the Grapher
