Introduction to Electromagnetic Compatibility (Wiley Series in Microwave and Optical Engineering)
by: Clayton R. Paul
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Topics include: capacitive coupling model, multipoint ground system, available circuit voltage, conducted emission problems, trapezoidal pulse train, crosstalk transfer function, high frequency spectral content, receptor wires, mutual partial inductances, electrically short lines, incident uniform plane wave, pigtail sections, total average power radiated, current radiated emissions, capacitive coupling component, off board cables, transmissionline equations, capacitive coupling contributions, radiated emission problems, multiconductor transmission line theory, mutual partial inductance between, total mutual inductance, semianechoic chamber, hardware immunity, emission frequency range
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Book Description -- Deals with the topic of interference (electromagnetic compatibility) in electronic systems. It builds on basic undergraduate electrical engineering concepts and principles and applies them to the design of electronic systems that operate compatibly with other electronic systems and do not create interference phenomena. To facilitate classroom teaching it is divided in two parts. The first provides the basic principles and skills for review, while the second refers to applications and aspects of EMC design.
I took Prof. Paul's class using this book as text
As an engineering student at the University of Kentucky, I took Clayton Paul's EMC class using this book as a text. I took it as a senior elective, but the class was about 50/50 undergrad/grad students (just to give you an idea of the book's intended level).
Several years later as a working engineer in the telecom industry, I still keep and occasionally use Paul's book as reference. EMC isn't something I face that often, but this book is ideal for someone like me who only has to deal with it maybe three or four times a year. With a pretty good engineering and math background, you should have no trouble getting what you need from this book. I recommend it.
But, yes, it does contain quite a few errors. Most of them are just annoying grammatical mistakes, but there are also a handful of technical ones I've found as well. Still, most are obvious enough that they won't steer you in any wrong directions, so don't worry about that. They don't diminish the book's usefulness.
Great Book - Read it all.
Starting first with the negatives, of which they are four. First, do not be fooled by the title word "introduction." This is NOT a book for beginners, but rather senior engineers. If you are new to EMC this is not the book for you. Second, information relative to FCC/CE requirements is dated. Also, some tests relative to CE compliance are not covered. Third, though there are many diagrams, there are almost no pictures. In many cases I found a picture, as opposed to a diagram would have been far more explanatory. Lastly (though it does not bother me in the least, but I thought you would like to know), the book has numerous typos through out its 752 pages.
Ahhhhhh, but what the book is, IS ABSOLUTLY WONDERFUL! As an experienced design consultant, I found information in this book that I have not, and could not find anywhere else. The author has A COMMAND of the subject and it shows. Compared to my peers, I consider myself fairly well versed in the subject of EMC as it pertains to design and debug, but I took a back seat when reading. It was useful even re-reading the things I already knew. The author always offered a new insight. Funny, but after I finished (and it took a while to read) my first thought was "I would really like to meet this guy - to personally request a sequel." For what it is, THIS BOOK IS EXCELLENT, well worth the asking price.
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