This book offers a way of looking at EMC problems that permits an understanding of the underlying principles, rather than just a solution to the problem. The models discussed involve circuit theory, low frequency capacitive and inductive coupling, radiation from discrete sources, transmission line propagation, EM field penetration through apertures, and diffusion and shielding. The software contains programs that are based on the models developed in the book, and can be used to enhance the reader's understanding of the modeling process, or to perform practical calculations for EM system design or assessment. EMC Analysis Methods and Computational Models ls an ideal textbook for advanced undergraduate and graduate courses on EM modeling, EMC, and Applied Electromagnetic Theory. Explains many of the approximations that go into model development.
Numerous illustrations compare approximate models with more rigorous models.
Contains material from research reports and other references that are hard to obtain. Useful exercises included. Introduction to Modeling and EMC Chapter 2. Radiation Models for Wire Antennas Chapter 5. Transmission Line Theory Chapter 7.