Thermal modelling of electronic systems based on spectral analysis of circuit temperature response

M. Janicki, J. Banaszczyk, M. Szermer, G. De Mey, A. Napieralski
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引用次数: 1

Abstract

This paper discusses the problem of determining a thermal model of an electronic system based on the spectral analysis of its step temperature response. The proposed method yields equivalent RC Cauer ladder thermal models, which consist of only a few RC stages, but produce very accurate estimates of circuit temperature. Moreover, the values of model elements have physical significance. Such a thermal model can be easily used in the SPICE simulator for joint electro-thermal simulations of an electronic system. The entire process of the reduced model creation is illustrated in the paper on the practical example of an ASIC packaged and soldered to a PCB.
基于电路温度响应谱分析的电子系统热建模
本文讨论了基于阶跃温度响应的光谱分析确定电子系统热模型的问题。提出的方法产生等效的RC Cauer梯热模型,它只包含几个RC阶段,但产生非常准确的电路温度估计。此外,模型元素的数值具有物理意义。这种热模型可以很容易地在SPICE模拟器中用于电子系统的联合电热模拟。本文以集成电路封装和焊接到PCB上的实例说明了简化模型创建的整个过程。
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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