Magnetic Viscosity Measurement on Grain Oriented Steel

M. Kosek, M. Novák, J. Eichler
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引用次数: 1

Abstract

The phenomena of magnetic viscosity influences strongly the magnetizing characteristic especially at an active steep part of a hysteresis loop of transformer sheets made of a grain-oriented steel. The motivation for the viscosity measurement is the correct implementation of the Preisach hysteresis model. This article deals with the initial phase of determining the time constant of the flux density response to small steps of the field strength. Main relaxation parameters: the relaxation time and the time shift were calculated by the use of the curve fitting method. The relaxation time reaches 4 s for material M165-30S at the steepest part of the major hysteresis loop for the easy axis of magnetization and only 100 ms at the transverse magnetizing direction.
晶粒取向钢的磁性粘度测定
磁黏度现象对晶取向钢变压器片的磁化特性有很大影响,特别是在磁滞回线的主动陡坡部分。粘度测量的动机是正确实现Preisach滞回模型。本文讨论了确定磁通密度对场强小阶跃响应时间常数的初始阶段。主要弛豫参数:采用曲线拟合方法计算弛豫时间和时移。M165-30S材料在磁化易轴主磁滞回线最陡处弛豫时间达到4 s,在磁化横向仅为100 ms。
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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