Electromagnetic Compatibility(Principles and Applications)(英文版)

本书系统论述EMC基础理论和独特的工程应用。本书主要分为8章。第一章概述电磁兼容，包括发展历史、相关的标签和测试，并对一些基本概念进行说明。第2章和第3章讨论传导EMI噪声的产生机理、抑制方法和相关案例；第4章和第5章讨论辐射EMI噪声的产生机理、抑制方法和相关案例；第6章讨论电磁抗扰度问题，分析了产生机理；第七章从工程实践的角度，结合具体案例，探讨抗扰度抑制的相关原则和方案。第8章讨论其他电磁干扰问题，例如CS、RS和浪涌。 本书可作为相关专业本科生和研究生学习、研究的书籍。也可供相关研究机构、公司、培训机构等从事电磁兼容技术研究的工程技术人员参考。

Chapter 1 Introduction of Electromagnetic Compatibility
1.1 Electromagnetic Compatibility History and Basic Concepts
1.2 Electromagnetic Compatibility Standards and Measurement
1.2.1 FCC Standard
1.2.2 CISPR Standard
1.2.3 GB Standard
1.3 Electromagnetic Compatibility Terminology
References
Chapter 2 Conducted EMI Noise Generation Mechanism， Measurement and Diagnosis
2.1 Generation Mechanism and Analysis of Conducted EMI Noise
2.1.1 Common Mode and Differential Mode Definition
2.1.2 Conducted EMI Noise Generation Mechanism
2.1.3 Equivalent Circuit of Conducted EMI Noise
2.2 Conducted EMI Noise Measurement Method
2.2.1 Line Impedance Stabilization Network Structure
2.2.2 LISN Metrology Characteristic Parameters
2.2.3 Calibration of Measurement Characteristic Parameters
2.3 Diagnosis of Conducted EMI Noise
2.3.1 Principles of Conducted EMI Noise Diagnosis
2.3.2 Noise Separation Network
2.3.3 Noise Separation Network Characteristics Measurement Method
2.3.4 Experimental Verification
References
Chapter 3 Conducted EMI Noise Suppression Methods and Cases Study
3.1 Suppression Principle of Conducted EMI Noise
3.1.1 Internal Noise Suppression
3.1.2 External Noise Suppression
3.2 Suppression Methods of Conducted EMI Noise
3.2.1 Ground
3.2.2 Conducted EMI Noise Suppression Devices
3.2.3 EMI Filter
3.3 Suppression Case Study of Conducted EMI Noise
3.3.1 Case #No
3.3.2 Case #No
References
Chapter 4 Radiated EMI Noise Generation Mechanism， Measurement and Diagnosis
4.1 Generation Mechanism and Analysis of Radiated EMI Noise
4.1.1 Common Mode and Differential Mode Definition
4.1.2 Radiated EMI Noise Generation Mechanism
4.1.3 Equivalent Circuit of Radiated EMI Noise
4.2 Radiated EMI Noise Measurement Method
4.2.1 Anechoic Chamber Classification and Working Principles
4.2.2 Radiated EMI Noise Measurement Equipment and Composition
4.2.3 Radiation Emission Limitation
4.2.4 Requirements of the Device Under Test
4.3 Diagnosis of Radiated EMI Noise
4.3.1 Principles of Radiated EMI Noise Diagnosis
4.3.2 Near-field Wave Impedance Measurement for Radiated EMI Noise Diagnosis
References
Chapter 5 Radiated EMI Noise Suppression Methods and Cases Study
5.1 Suppression Principles of Radiated EMI Noise
5.1.1 Common Mode Suppression Principles
5.1.2 Differential Mode Suppression Principles
5.2 Suppression Methods and Analysis of Radiated EMI Noise
5.2.1 Common Mode Suppression Method
5.2.2 Differential Mode Suppression Method
5.3 Case Study
5.3.1 Case Study
5.3.2 Case Study
References
Chapter 6 Principle and Analysis of EMS: Static Electricity Mechanism and Protection
6.1 ESD Generation Mechanism
6.2 Electrostatic Protection Theory
6.2.1 Implementation Standards and Test Methods of ESD
6.2.2 ESD Suppression Device
6.2.3 ESD Suppression Method
6.3 ESD Case Study
6.3.1 Product Introduction
6.3.2 Problem Description
6.3.3 Problem Diagnosis and Analysis
6.3.4 Modification Measures and Theoretical Analysis
6.3.5 Final Modification Results
6.3.6 Summary
6.4 ESD Case Study
6.4.1 Problem Description and Diagnosis
6.4.2 ESD Protection Scheme
6.4.3 Experimental Results and Analysis
References
Chapter 7 Principle and Analysis of EMS: EFT Mechanism and Protection
7.1 Formation Mechanism of EFT
7.1.1 Mechanism and Analysis of EFT
7.1.2 EFT Interference Mechanism
7.2 EFT Protection Theory
7.2.1 EFT Standardization and Testing Methods
7.2.2 EFT Restraint Measures
7.3 Principle and Analysis of EMS: EFT Case Analysis
7.3.1 Analysis of EFT Case
7.3.2 Analysis of EFT Case
References
Chapter 8 Introduction of Other EMI Issues: CS， RS and Surge