The effect of the geometric and thermal parameters on the thermal stresses during the passive cooling of printed circuit boards

M. Boraey
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引用次数: 1

Abstract

The effect of components’ thermal properties in addition to their geometric configuration on the developed thermal stress in a model printed circuit board (PCB) is investigated. This effect is quantified through three parameters, the average normalized temperature gradient, maximum normalized temperature gradient and the uniformity factor. It is found that the effect of the geometric configuration, especially that of the heat-generating component, is more significant than the thermal properties of the components.
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印刷电路板被动冷却过程中几何参数和热参数对热应力的影响
研究了模型印刷电路板(PCB)中元件的热性能及其几何结构对热应力的影响。这种影响通过三个参数来量化,即平均归一化温度梯度、最大归一化温度梯度和均匀性系数。研究发现,几何形状的影响,特别是发热部件的影响,比部件的热性能更为显著。
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