Rating: 
Summary: I Highly Recommend ThisBook
Review: This book helped me gain a deeper understanding and appreciation for electromagnetic (EM) theory. The book not only answered many of my questions on the subject, but also helped me sort out and solidify my existing knowledge on EM. I would recommend this book to anyone, but especially students like myself desiring a real grasp on the subject. The book does a great job of explaining why high frequency circuits behave so differently than low frequency circuits. I now also have a much better conceptual understanding of magnetism, reactive components, parasitic effects, transmission lines, diffraction, and radiation. I was pleased the author included the Relativity and Quantum Physics chapter, since it helped refresh my memory on those subjects. Many of my fellow classmates majoring in electrical engineering are totally clueless when it comes to understanding the theory behind EM. To many of them an inductor is nothing more than a little circuit symbol and equation. To many of them permittivity and permeability are just numbers. To many of them EM waves arise solely because of a fancy vector identity applied to Maxwell's Equations. I truly hope they find this book.
Rating:
Summary: Should be in everyone's RF library
Review: This is an excellent practical reference for RF engineers. The book is outstanding in regards to the layout and information it gives. Whether you are new to electronics or an experienced professional needing a little review, this book is a nice addition to your library. This is a highly recommended reading
Rating:
Summary: Should be in everyone's RF library
Review: This is an excellent practical reference for RF engineers. The book is outstanding in regards to the layout and information it gives. Whether you are new to electronics or an experienced professional needing a little review, this book is a nice addition to your library. This is a highly recommended reading
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