Electromagnetic Compatibility Principles and Applications - (Second Edition of the Original Book)

Author: (Canada) David A. Weston / Yang Ziyou / Wang Shousan
Publisher:
Publish Date: 2006-01-01
Features: About the 1st Edition of this book: (This book) is not only suitable for engineers in the fields of electromagnetic compatibility (EMC) and related industries, but also for students in the electrical machinery engineering field who are interested in EMC. (The application software listed in this book) is very useful for both professionals and students. – Excerpted from the magazine "Comprehensive Technology" About the 2nd Edition of this book: This edition has been completely revised in terms of the main text and has significantly expanded the references listed. This edition provides a comprehensive discussion covering EMC design, problem-solving, and EMC performance indicators in electrical equipment/systems. This includes fundamental theories, applications, evaluation, prediction techniques, and various economical and practical diagnostic options for avoiding electromagnetic interference. In addition to including updated and verified EMC diagnostic measurement data, this edition also provides more than 900 figures and 500 formulas, far exceeding the first edition. It also discusses the latest verification/qualification test procedures. Furthermore, it addresses the inaccuracies in current EMC testing and prediction methods. A new chapter on "Good PCB Layout Techniques" has been added to this edition, and it also describes the basic methods of computational electromagnetic modeling and other related new technologies. Electromagnetic compatibility (EMC) is an interdisciplinary field that integrates theoretical and practical knowledge from many disciplines. The highlight of this book is its focus on the practical applications and design of EMC technology, while also providing an appropriate explanation of the fundamental principles. Given that the authors are renowned EMC consultants from the United States and Canada with extensive practical experience, the entire book is centered on engineering practice, using a wealth of valuable experimental data, figures, curves, case studies, and practical technical details to illustrate the principles and applications of EMC technology. It provides detailed descriptions of specific testing methods for various EMC standards and ensures the accuracy of measurements. It also comprehensively introduces the procedures that electrical and electronic products must follow to comply with EMC directives and FCC regulations in Europe and the United States, making it highly practical. The main content of this book includes fundamental concepts and principles of EMC, the mechanisms and models of various electromagnetic interference, methods to reduce interference and improve immunity, the biological effects of electromagnetic fields, system-level EMC and antenna coupling analysis, methods for EMC prediction and computational electromagnetic modeling, as well as the control requirements and testing methods of various civil and military EMC standards. The entire book is presented from an engineering application perspective of EMC technology, with clear discussions, rich and detailed content, and practical illustrations, making it a valuable reference book. This book is suitable for technical personnel engaged in the R&D, design, manufacturing, quality management, testing, and maintenance of electrical and electronic products. It can also serve as a reference for technical personnel in research institutions, testing agencies, and large-scale engineering projects for EMC analysis, testing, and practical applications. Additionally, it can be used as a teaching reference for students and faculty in electrical and electronic engineering, information and computer technology, biomedical engineering, automatic control and mechatronics, and instrumentation and testing technology.
About the Author: David A. Weston is an EMC consultant engineer certified by the National Radio and Television Engineers Association (NARTE). He currently works at an EMC consulting company in Merrickville, Ontario, Canada. He is also a member of the IEEE and NARTE. Weston has over 30 years of experience in electronic design. He specializes in EMC control, prediction, technical issues, and has more than 20 years of experience in solving and designing EMC problems. Weston studied at the Croydon Technical College in London, UK, from 1960 to 1965, and obtained a wireless and television certificate from the London and Guildhall School in 1965.