Material Witness

Chester L. Guiles
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Abstract

It’s one thing to know you have to reduce the temperature at active devices mounted on a PWB and another altogether to do so while maintaining a “normal” manufacturing and assembly process for circuit boards. In our previous discussion of thermally conductive materials (“Beating the Heat – a Nonmathematical Introduction to Thermal Properties”) we summarized some of the important properties of laminates and prepregs that would be ideal for such applications: high thermal conductivity (at least 1 W/m-K, and preferably higher), minimum thickness, and the ability to flow and fill the interface to minimize thermal impedance. This time we will talk about some of the practical issues involved.
材料见证
知道必须降低安装在印刷线路板上的有源器件的温度是一回事,而如何在保持电路板 "正常 "制造和组装流程的同时降低其温度又是另一回事。在我们之前关于导热材料的讨论("战胜高温--热特性非数学入门")中,我们总结了最适合此类应用的层压板和预浸料的一些重要特性:高导热率(至少 1 W/m-K,最好更高)、最小厚度、能够流动和填充界面以最大限度地减少热阻。这次我们将讨论其中涉及的一些实际问题。
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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