Description
Book SynopsisElectromagnetic compatibility (EMC) issues need to be an initial consideration in design and deployment of electronic transmitters or receivers, or in deployed systems containing both. This book provides methodologies for defining EMC requirements for the device, platform, site, and arena levels and techniques for performing predictions and calculations to achieve electromagnetic compatibility. While the book considers all transmitting and receiving systems and devices, it emphasizes military applications. Examples of the occurrence of electromagnetic problems are interference when devices are physically close and operating at the same, or similar, frequencies. In order to address this, the authors discuss several new approaches in mathematical development, such as the calculation of probability of interference based on frequency difference between two devices and the interference probability due to pulse to pulse interference. In theory, all the devices' parameters should be available for analysis, but in practice, missing data is not uncommon. The book aims to define default values that allow the performance of EMC analysis in cases where the data is missing, such as antenna patterns, intercardinal antenna gain and near field approximations. The treatment of EMC problems is quite mathematical and technical, but some chapters are intended for operational personnel such as system analysts, project managers and operations researchers.
Trade ReviewAn excellent new reference is a recommended pick for college-level collections strong in electrical engineering and antenna design, offering engineers solid discussions of theory, applications, and different systems and their management. Uri Vered's Intersystem EMC Analysis, Interference, and Solutions considers new tools and methods for EMC requirements and techniques, including calculations, discussions of radar and communications systems, interference sources, and intersystem EMC. Techniques for performing EMC prediction and calculations key to problem-solving are essential to this book, which offers engineers step-by-step insights into EMC challenges and how they may be addressed. * Midwest Book Review *
Table of ContentsDefinitions; EMC Requirements; EMC Analysis and Survey; Interference Type; Interference from Both Transmitter and Receiver; Interference from the Transmitter; Interference from the Receiver; Calculating the Received Interference Level; Interference Margin and Its Meaning; The Interference Range and the Reception Range; Propagation Models for EMC; Coupling Between Antennas; Relative Angels Between Antennas; Antenna Gain in Intercardinal Angles; Near Field; Interference Probability; Interference Probability-Antenna Patterns Aspect; Probability of Frequency Difference; Probability of Pulse Interference; Pulse Interference to Digital Communication; EMC Between Synchronous Hopping Devices; EMC Solutions; EMC Tests; Appendix-Device EMC Specifications Table.
