Technical Book [EMC Measures for Automobiles] *Available for preview.
<Supervision> Shigeru Okuma, Nagoya University Hirokazu Toya, iCast <Authors> Hirokazu Toya, iCast Koichi Shigematsu, Ansoft Japan Eizo Hariya, Kansai Electronic Industry Promotion Center Kenji Masaoka, Kansai Electronic Industry Promotion Center Ikuya Minematsu, Kansai Electronic Industry Promotion Center Takemasa Kubo, Kansai Electronic Industry Promotion Center Hideki Shironokuchi, Toshiba Yuichi Mabuchi, Hitachi, Ltd. Masao Umemura, TDK Toshihide Yamamoto, Murata Manufacturing Co., Ltd. <Publication Date> June 16, 2008 <List Price> 52,290 yen (tax included) <Format> B5 size, hardcover, approximately 182 pages
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Chapter 1: Basics of EMC Design in Automobiles 1. Introduction 2. Semiconductors and EMC Issues 3. Overview of Physics and Electromagnetics Related to This Chapter 4. Relationship Between Circuit Theory and Physics/Electromagnetics in Digital Circuit Design 5. Issues in the Design and Analysis of Digital Circuits 6. Concept of Isolated Electromagnetic Waves (SEMW) to Resolve EMC Issues in Digital Circuits 7. Low Impedance Loss Line (LILL) Technology 8. Conclusion Chapter 2: EMC Analysis and Support Tools for Automobiles 1. Introduction 2. Basics of Electromagnetic Fields in EMC 3. Noise Analysis of Control Boards 4. Noise Resistance Analysis of Shield Boxes and EMC Analysis Techniques for Vehicle Bodies 5. Cable Modeling Techniques 6. Summary Chapter 3: EMC Standards and Testing Methods for Automobiles 1. Introduction 2. Evolution of EMC Regulations 3. EMC Regulations for Components (Onboard Electronic Devices) 4. Testing Content 5. Common Testing Conditions for Component EMC 6. Emission Testing Methods 7. Immunity Testing Methods 8. Future Developments
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Chapter 4: Automotive Motors/Systems and EMC 1. Trends in Automotive Motors 2. EMC of Automotive Equipment 3. EMC Evaluation Techniques 4. EMC Design from an Application Perspective 5. EMC Measures for Automotive Chargers (Power Supply Harmonics) Chapter 5: EMI Measures for Automotive Semiconductor Devices 1. Automotive Semiconductor Devices and Radio Noise Issues 2. Efforts Towards EMC Design 3. EMC Measures in Implementation Boards and Packages 4. Summary of This Chapter Chapter 6: EMC Measures for High-Speed Interfaces in Automotive Electronic Devices 1. Types of High-Speed Interfaces for Automobiles 2. What is Differential Transmission? 3. How Do Common Mode Filters Suppress Noise in Differential Signals? Chapter 7: EMC Countermeasure Components for Automotive Electronic Devices 1. EMC Measures for Automotive Electronic Devices Using Components 2. EMC Countermeasure Components for Automotive Electronic Devices 3. Examples of Using EMC Countermeasure Components 4. Summary
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