ЕЛЕКТРОМАГНИТНА СЪВМЕСТИМОСТ В СИЛОВИТЕ ТРАНЗИСТОРНИ ПРЕОБРАЗУВАТЕЛНИ УСТРОЙСТВА
ELECTROMAGNETIC COMPATIBILITY IN POWER TRANSISTOR CONVERSION DEVICES

Author(s): Daniela J. Mareva
Subject(s): Economy, Energy and Environmental Studies
Published by: Бургаски свободен университет
Keywords: Electromagnetic compatibility (EMC); power transistor converters; strategies
Summary/Abstract: Electromagnetic compatibility (EMC) is an important factor in power converter devices. It represents the ability of these systems and devices to function in a common electromagnetic environment. Recently, power electronics has become a dominant factor in the degradation of the electromagnetic environment, causing a deterioration of the network power quality and an increasing level of conducted EMI. Failure to comply with the requirements and standards can cause unwanted effects, especially such as electromagnetic interference (EMI) and even defecting of individual nodes of the circuit according to which the device is implemented. The assessment of electromagnetic compatibility is important from both a technical and a legal point of view. The purpose of this article is to review the basics of electromagnetic compatibility in power electronics, including the terminology and categories of electromagnetic compatibility, the propagation and generation of low- frequency and high-frequency disturbances.

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