Engineering Electromagnetic Compatibility: Principles, Measurements, and Technologies
An essential guide and learning tool for avoiding costly post-design electromagnetic compatibility (EMC) fixes, this book presents critical information on how to achieve electromagnetic compatibility right from the start. Prepared in a concise easy-to-use format, this book is an excellent reference for practicing engineers and textbook for engineering students who need a thorough introduction to the form and function of EMC and its relevance to systems in a variety of fields. "Engineering Electromagnetic Compatibility" provides a solutions-based, mathematically oriented treatment of the underlying theories and the most recent practical applications.
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amplitude anechoic chamber antenna antenna factor attenuation avalanche diode bandwidth cable capacitance capacitor channel Chapter characteristics circuit CISPR coaxial common-mode common-mode interference components conducted EMI conductor configuration connected connectors coupling devices dipole distance earth electric field electromagnetic compatibility electromagnetic energy electromagnetic interference electromagnetic noise electronic electrostatic discharge EMI/EMC equation equipment under test field strength frequency assignment frequency range frequency spectrum gaskets given ground plane GTEM cell H-field IEEE International Symp IEEE Trans EMC immunity impedance inductance inductor input insertion loss intermodulation leakage levels limits line filter LISN load low-pass magnetic field measurement of radiated metal models modulation operation output parameters power line power supply lines pulse radiated emissions radiation susceptibility radio noise resistance shielding effectiveness shown in Figure signal specifications standard surface surge switch terminals transient transmission line transmitter typical values voltage wave waveform wire