Stochastic estimation of common mode radiated emission from a transmission line

K. Park, Hosang Lee, W. Nah, J. Youn
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Abstract

Accurate estimation of an EMI characteristic of a given circuit at design stage is very difficult because of many uncertainties of parameters in the circuit. This is especially true when the symmetry of a circuit is broken in manufacturing, which was supposed to be in symmetry in the first place. When the symmetry is broken, quite a lot common mode radiation could be occurring, which is not easy to predict for a circuit designer at the design stage. In this paper, we propose a new simulation methodology for estimating common mode radiated emission from a transmission line using a generalized polynomial chaos (gPC), which is based stochastic approach, and show its validness to predict the common mode radiation from a transmission line.
传输线共模辐射发射的随机估计
由于电路中存在许多参数的不确定性,在设计阶段对给定电路的电磁干扰特性进行准确估计是非常困难的。当电路的对称性在制造过程中被打破时尤其如此,而电路本来就应该是对称的。当对称性被破坏时,可能会产生相当多的共模辐射,这对于电路设计者在设计阶段来说是不容易预测的。本文提出了一种基于随机方法的广义多项式混沌(gPC)估计传输线共模辐射发射的新方法,并证明了其预测传输线共模辐射的有效性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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