改进的反激式SMPS耦合电感损耗优化

T. Halder
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引用次数: 8

摘要

提出了反激变压器或耦合电感损耗优化的损耗模型。耦合电感损耗可分为磁芯磁滞损耗、磁芯涡流损耗和绕组铜损耗三大类。变压器损耗有时直接受到需要达到所需的整体功率转换器效率的限制。更常见的情况是,变压器损耗受到反激开关电源(SMPS)绕组中心铁心表面最大热点温升的限制。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Improved coupled inductor loss optimization of the Flyback SMPS
The paper presents the loss model of the Flyback Transformer or coupled inductor loss optimization. The coupled inductor losses can be put into three major categories as core hysteresis losses, core eddy current losses, and winding copper losses. Transformer loss is sometimes restricted directly by the need to attain the required overall power converter efficiency. More often, transformer losses are limited by a maximum hot spot temperature rise at the core surface within the center of the windings of the Flyback switch mode power supply (SMPS).
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