Extension of the Capabilities of SPICE Analysis Tools for Electro-Thermal Simulation of Power Electronic Circuits

I. Kharitonov, Gleb Klopotov, Valentin Kobyakov, Michael Tegin, Evelina Silchenko, K. Ivlev, D. Loktionov
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Abstract

The paper presents developed software tools for extension of the capabilities of SPICE analysis tools for electro-thermal simulation of power electronic circuits. The tools provide: automated circuit elements power definition and temperature-power transfer between circuit and thermal simulation software tools, automated generation of thermal networks for components including heat sink selection. Examples of using only generated thermal network (without electronic circuit) simulation with SPICE software are also presented. Such approach allows to significantly accelerate the electro-thermal simulation process. Iterative electro-thermal procedure using only SPICE simulation software and thermal networks automatically generated by the developed tool is illustrated and it is shown that it allows to quickly estimate thermal modes of power components and to prevent thermal failures for electronic components.
SPICE分析工具在电力电子电路电热模拟中的功能扩展
本文介绍了开发的软件工具,用于扩展SPICE分析工具的功能,用于电力电子电路的电热模拟。这些工具提供:自动化电路元件功率定义和电路和热模拟软件工具之间的温度-功率传输,包括散热器选择在内的组件热网络的自动生成。并给出了用SPICE软件进行仅生成热网络(不含电子电路)仿真的实例。这种方法可以显著加快电热模拟过程。说明了仅使用SPICE仿真软件和由开发工具自动生成的热网络的迭代电热程序,并表明它可以快速估计功率元件的热模式,并防止电子元件的热故障。
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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