Calculation of the Effective Parameters of Magnetic Piece Parts with Asymmetrical Parallel Magnetic Circuits

Shi Yan
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引用次数: 6

Abstract

The International Electrotechnical Commission (IEC) has provided a set of formulae in the standard IEC 60205 Ed.3:Calculation of the Effective Parameters of Magnetic Piece Parts (2006-01),for calculating the effective parameters of pair of magnetic cores with symmetrical shapes and sizes,e.g.EI and EE cores.However,the effective parameters of some special cores can't be figured out by the IEC 60205 formulae in the case that the center limb of asymmetrical core deviates from its central location or its magnetic circuit is composed of two or more different branches of parallel magnetic circuit.In this article,another set of formulae are recommended,for calculating the effective parameters of cores with asymmetrical parallel magnetic circuits.The effective parameters of symmetrical cores were figured out by both the IEC 60205 formulae and the new formulae we recommended,and basically the same results were obtained.In other words,as general expressions,the new formulae can apply to such symmetrical cores,a special case of the asymmetrical one,but it easily solved the difficult problem in calculating the parameters of cores with asymmetrical or multi-loop parallel magnetic circuits.
非对称并联磁路磁片零件有效参数的计算
国际电工委员会(IEC)在标准IEC 60205 Ed.3:磁性零件有效参数的计算(2006-01)中提供了一套公式,用于计算对称形状和尺寸的对磁芯的有效参数,例如:EI和EE核。然而,某些特殊铁芯的有效参数在非对称铁芯的中心分支偏离其中心位置或其磁路由两个或多个不同的并联磁路支路组成的情况下,无法用IEC 60205公式计算。本文推荐了另一套公式,用于计算不对称并联磁路铁芯的有效参数。采用IEC 60205公式和我们推荐的新公式计算对称芯的有效参数,得到的结果基本一致。换句话说,作为一般表达式,新公式可以适用于对称磁芯,这是不对称磁芯的一种特殊情况,但它很容易解决不对称磁芯或多回路并联磁芯参数计算的难题。
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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