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Informationen zum Autor Donald G. Baker has been a professional electrical/electronic engineer for over 60 years, including ten years as an adjunct professor. He has contributed to the research and development for delta modulators, audio generators, ultrasonic crack detectors, and conductivity meters. In the last three decades, Professor Baker has been a system engineer for transportation, audio, radio, and SCADA, as well as EMC radio intermodulation and rooftop antenna interference. Klappentext Explains and resolves the electromagnetic compatibility challenges faced by engineers in transportation and communicationsThis book is a mathematically-rich extension of courses required to maintain the Federal Communications Commission (FCC), the Canadian Standards Association (CSA), and the European Union certifications. The text provides an in-depth study of the electromagnetic compatibility (EMC) issues related to specific topics in transportation and communications, including Light Rail Transit, shadow effects, and radio dead spots, through the analysis of real-world case studies in the United States and Europe. The author provides Cartesian, cylindrical, and spherical solutions that can be applied to Maxwell's and Wave Equations. The book covers topics such as SCADA Systems, shielding, and complexities of radio frequencies and their effect on communication houses. The author also provides information for alternative industries to apply the solutions from the case studies and background content to their own professions.* Presents a series of over twenty real-world case studies related to EMC in transportation and communications* Covers power line radiation, shadow effects on subway cars, train control systems, and edge distortions* Includes the OATS testing method and Department of Transportation (DOT) test* Provides access to a companion website housing power point slides and additional appendicesElectromagnetic Compatibility: Analysis and Case Studies in Transportation is a reference for practicing engineers involved in transportation and communications, as well as post-graduate engineering students studying transportation and communications in engineering. Zusammenfassung Explains and resolves the electromagnetic compatibility challenges faced by engineers in transportation and communications This book is a mathematically-rich extension of courses required to maintain the Federal Communications Commission (FCC), the Canadian Standards Association (CSA), and the European Union certifications. Inhaltsverzeichnis Preface xi About the Author xiii About the Companion Website xv 1 Introduction 1 1.1 Introduction, 1 1.2 Definitions of Commonly Used Terms, 2 1.3 Book Sections and Content Overview, 8 1.4 Regulations, 10 1.5 Background, 16 1.6 EMC Testing Methods for FCC Part 15 Radiation Measurements, 17 1.7 Canadian Regulations, 24 1.8 European Union Regulations, 24 1.9 Review Problems, 57 1.10 Answers to Review Problems, 57 2 Fundamentals of Coupling Culprit to Victim 59 2.1 Radiation Effects on Equipment and Devices, 59 2.2 Various Types of Emission Coupling, 61 2.3 Intermodulation, 64 2.4 Common Mode Rejection Ratio, 67 2.5 Susceptibility and Immunity, 69 2.6 Filters for EMC, 79 2.7 Lightning Stroke Analysis, 81 2.8 Skin Effect in Wire, 83 2.9 Conclusion, 86 2.10 Review Problems, 86 2.11 Answers to Review Problems, 88 3 Introduction to Electromagnetic Fields 91 3.1 An Introduction to Electromagnetic Fields, 91 3.2 Wave Equation Solutions for Cylindrical Coordinate Systems, 98 3.3 Wave Equation Solutions for Spherical Coordinate Systems, 102 3.4 Review Problems, 113 3.5 Answers to Review Problems, 114 4 Case Studies and Anal...
