Titlebook: Electromagnetic Compatibility Handbook; J. L. Norman Violette,Donald R. J. White,Michael F Book 1987 Springer Science+Business Media New Y

2否定

https://doi.org/10.1007/978-94-017-7144-3electrical engineering; electromagnetic; electromagnetic compatibility; engineering

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978-94-017-7146-7Springer Science+Business Media New York 1987

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Overview: 978-94-017-7146-7978-94-017-7144-3

Factorable

An Introduction to Electromagnetic Compatibility,ich is the ability of systems, subsystems, circuits, and components to function as designed, without malfunction or unacceptable degradation of performance due to electromagnetic interference (EMI), within their intended operational environment. Essentially, any equipment or system should not advers

Nonthreatening

Sources of Electromagnetic Interference,ct of its operation generates conducted and/or radiated electromagnetic signals that can cause a degradation of performance of any other equipment or system that shares the same environment. Signals that are traceable to an electrical origin are essentially found everywhere: on the earth’s surface,

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Electromagnetic Interference Receptors and Susceptibility Criteria,a victim) to create an EMI situation, the topic of receptors and susceptibility forms the subject of this chapter. The term “receptor” refers to the generic class of devices, equipment, and/or systems that, when exposed to conducted and/or radiated electromagnetic energy from emitting sources, will

Valves

Intersystem EMI Prediction and Control,ed in a common electromagnetic ambient environment. The EMI prediction emphasizes the antenna-to-antenna mode of coupling. Reference 1 is suggested for the reader who desires a comprehensive treatment of intersystem EMI.

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Intrasystem EMI Prediction and Control,on .system problems. Antennas generally are not involved except when the EMI source is an offending transmitter. If the distinction between . and .system is not clear, it is suggested that the reader review Chapter 1 of this .. EMI ranges from problems at the chip level to ensembles of systems and s

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Cable Wiring and Harnessing,of cables permits flexibility in the distribution of electrical power and the transmission of electrical signals required for the operation of various electrical control, communication, and computer systems (1). Since cables are usually routed to accommodate practical operational situations, such as

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Connectors,e or other equipment. There may be anywhere from one to several hundred individual wire-pin and/or coaxial sheaths making simultaneous contact via a connector. Individual pin contacts are embedded in insulating material to isolate them from one another within a connector and to prevent their coming