LLC变换器的电与热联合仿真工具

Yuqi Wei, Zhiqing Wang, Quanming Luo, A. Mantooth
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引用次数: 1

摘要

有限责任公司谐振变换器作为最流行的隔离型DC/DC变换器之一,在许多不同的工业领域都有应用。传统的基谐波分析(FHA)被广泛用于LLC谐振变换器的分析和设计,但其分析精度难以保证,存在较大误差。因此,本文的驱动力是设计一个精确的LLC变换器仿真工具,包括三个方面:1)电路模型;2)功率损耗模型;3)热模型。这三个方面是密切相关的。精确的功耗模型只能通过精确的电路模型得到,而精确的热模型需要精确的功耗模型。本文对每个模型进行了详细的讨论和比较。借助所设计的电学和热仿真工具,分析和设计LLC谐振变换器变得方便快捷。同时,本文的教学目的也很重要,初学者可以从电路、功耗、热三个方面对LLC谐振变换器有一个全面的了解。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Electrical and Thermal Co-simulation Tool for LLC Converter
As one of the most popular isolated DC/DC converters, LLC resonant converter has found applications in many different industrial fields. Although traditional fundamental harmonic analysis (FHA) is widely adopted to analyze and design LLC resonant converter, high accuracy cannot be guaranteed, and considerable errors exist. Therefore, the driving force for this paper is to design an accurate LLC converter simulation tool, which including three aspects: 1) circuit model; 2) power loss model; 3) thermal model. These three aspects are closely related to each other. An accurate power loss model can only be obtained by using an accurate circuit model, and an accurate thermal model requires an accurate power loss model. Detailed discussions and comparisons for each model are presented in this paper. With the aid of the designed electrical and thermal simulation tool, analyzing and designing LLC resonant converter becomes convenient and time efficient. Meanwhile, education purpose of this paper is also of great importance, beginners could have a comprehensive understanding of an LLC resonant converter from circuit, power loss, and thermal perspectives.
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