Introduction to Electromagnetic Compatibility

Author: Paul (C.R.), USA; Translated by Wen Yinghong et al.
Publisher:
Publish Date: 2006-09-01
Features: This book comprehensively and systematically explains the fundamental principles and applications of Electromagnetic Compatibility (EMC), including an introduction to EMC, EMC requirements for electronic systems, electromagnetic field theory, transmission lines, antennas, non-ideal performance of components, signal spectra, radiated emissions and sensitivity, conducted emissions and conducted sensitivity, crosstalk, shielding, electrostatic discharge, and system-level EMC design. The book presents the content in an accessible manner with typical examples, making it highly practical. It can serve as a textbook for EMC courses in higher education institutions for relevant majors and also as a reference for EMC design and development personnel.
This book comprehensively and systematically covers the fundamental principles and design methods of EMC, divided into two main parts. The first part discusses basic electromagnetic principles, summarizing key concepts in electromagnetic field theory, transmission lines, and antennas. The second part explores EMC principles and design, explaining how to utilize fundamental principles to design electronic systems, particularly digital systems, to operate reliably in the presence of interference sources. The book presents the content in an accessible manner with typical examples, making it highly practical. Each chapter includes a substantial number of exercises, with some solutions provided, to help readers grasp the main concepts.
This book comprehensively and systematically explains the fundamental principles and applications of Electromagnetic Compatibility (EMC), including an introduction to EMC, EMC requirements for electronic systems, electromagnetic field theory, transmission lines, antennas, non-ideal performance of components, signal spectra, radiated emissions and sensitivity, conducted emissions and conducted sensitivity, crosstalk, shielding, electrostatic discharge, and system-level EMC design. The book presents the content in an accessible manner with typical examples, making it highly practical. It can serve as a textbook for EMC courses in higher education institutions for relevant majors and also as a reference for EMC design and development personnel.