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Thermal joints based on sintered silver micro- and nano- sized particles

机译:基于烧结的银微米和纳米尺寸颗粒的热连接

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Downsizing and increase of working speed of the electronic circuits bring out generating of large amount of heat during operating. The thermal interface materials (TIMs) are one of the best choice to increase the efficiency of heat transfer from the heat source to the heat spreader. Moreover, micro- and nano-sized metallic compounds of thermal interface materials which aim is to increase the thermal conductivity combined with low temperature sintering process allows to create highly conductive (both, thermal and electrical), reliable mechanical joints. Within the paper the results of developing the thermal interface materials will be presented. The thermal resistance, electric parameters and mechanical strength measuring methods, the same as the structures analysis methods will be shown.
机译:电子电路的小型化和工作速度的增加导致在操作期间产生大量的热量。热界面材料(TIMs)是提高从热源到散热器的热传递效率的最佳选择之一。此外,旨在提高导热性并结合低温烧结工艺的热界面材料的微米级和纳米级金属化合物,可实现高导电性(热和电),可靠的机械连接。在本文中,将介绍开发热界面材料的结果。将显示与结构分析方法相同的热阻,电参数和机械强度测量方法。

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