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Investigation of electrical properties of contacts made of materials based on sintered nano-Ag particles

机译:基于烧结纳米银粒子的材料制成的触点的电性能研究

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In this paper preliminary investigations of electrical properties of new Thermal Interface Materials (TIMs') are presented and discussed. Investigated TIMs are based on mixture of silver flakes and silver nano-particles (nano-Ag) with high content of silver (more than 90% weight). After curing and sintering of such materials, as a result, a bulk, homogenous silver layer with good electrical and mechanical properties is formed. This makes those materials suitable for high-power electronics since both thermal and electrical conductivity of the bulk silver is very high (429 W·m−1·K−1). What makes investigated materials very valuable is a relatively low temperature of sintering process (typ. 120–150ºC).
机译:本文介绍并讨论了新型热界面材料(TIMs)的电性能的初步研究。研究的TIM基于银薄片和银含量高(重量超过90%)的银纳米粒子(纳米银)的混合物。结果,在这种材料的固化和烧结之后,形成了具有良好电学和机械性能的块状均匀的银层。由于块状银的导热率和导电率都很高(429 W·m-1·K-1),因此使这些材料适用于大功率电子设备。使被调查材料非常有价值的是较低的烧结温度(典型值120–150ºC)。

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