Research of Planar Transformer Properties Using Ansys Software

M. Kolobov, A. Okunev, D. Bushmanov
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引用次数: 2

Abstract

Today switching power supplies are becoming increasingly common. The main problem faced by designers is the correct calculation of the pulse transformer. Often, the calculations do not take into account the influence of external factors, so the characteristics of the prototype often do not correspond to the calculated ones, which leads to additional material and labor costs for their correction. Software complexes for mathematical modeling allow obtaining the characteristics of the node closest to the real ones. One of the most famous is Ansys. This article assesses the possibility of modeling a pulse transformer. The object of the study was a planar transformer with a multi-channel power supply. The node calculated for ohmic losses and the output voltage corresponds to the required one. The final data compared with the data obtained from the real prototype, which will allow drawing a conclusion about the feasibility of such calculations in the design of such nodes in the future
基于Ansys软件的平面变压器性能研究
今天,开关电源变得越来越普遍。设计人员面临的主要问题是脉冲变压器的正确计算。通常,计算没有考虑外部因素的影响,因此原型的特性往往与计算的特性不对应,这导致了额外的材料和人工成本来校正它们。用于数学建模的软件复合体允许获得最接近真实节点的特性。其中最著名的是Ansys。本文评估了对脉冲变压器进行建模的可能性。研究的对象是一个具有多通道电源的平面变压器。欧姆损耗计算节点与输出电压对应。将最终的数据与真实样机的数据进行对比,从而得出结论,在未来此类节点的设计中,这种计算是否可行
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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