最小的铜和铁芯损耗功率电感设计

M. Bartoli, A. Reatti, M. Kazimierczuk
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引用次数: 33

摘要

本文给出了一种以最小的总功率损耗装配功率电感的设计方法。电感器的设计采用迭代方法,工作磁通密度从零增加到饱和值。对于任意给定的磁通密度值,确定产生较低交流电阻的绕组。考虑了实心圆线和利兹线绕组。本文的意义在于设计程序允许磁通密度和绕组相结合,从而确定了较低的功率损耗运行。因此,按照此程序设计的电感可以获得高效率和最低温升。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Minimum copper and core losses power inductor design
A design procedure which allows for assembling power inductors with minimum overall power loss is given in this paper. The inductor design is carried out by using an iterative procedure where the operating flux density is increased from zero to the saturation value. For any given value of the flux density the winding resulting in the lower AC resistance is determined. Both solid round wire and Litz wire windings are considered. The significance of the paper is that the design procedure allows for the combination of the flux density and winding which result in the lower power loss operation is determined. Therefore, inductors designed by following this procedure result in a high efficiency and minimum temperature rise.
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