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Encapsulant for non-hermetic multichip packaging applications

机译:用于非密封多芯片包装应用的密封剂

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The authors present an encapsulant, study that identifies a robust silicone material suitable for MCP (multichip packaging) applications. In the study, the properties/characteristics of encapsulant needed for MCP applications were identified. A literature survey then led to the selection of six types of encapsulants for a screening test. The encapsulants were tested at 85 degrees C/85% relative humidity with DC bias and in-situ leakage current monitoring. A modified silicone encapsulant (MSE) was identified as the most promising material and was subjected to more in-depth studies. Test samples encapsulated with MSE were exposed to five selected chemicals to study their chemical resistance. The samples were then subjected to a temperature-humidity-bias test. for moisture protection studies in addition, studies such as material formulation, adhesion, mechanical protection, and temperature cycling were conducted.
机译:作者呈现了一种密封剂,其研究识别适用于MCP(多芯片包装)应用的鲁棒硅氧烷材料。在研究中,确定了MCP应用所需的密封剂的性质/特征。然后,文献调查导致筛选测试的六种类型的密封剂。用DC偏置和原位漏电流监测,在85摄氏度的相对湿度下测试密封剂。将改性的硅氧烷密封剂(MSE)鉴定为最有希望的材料,并进行更深入的研究。用MSE封装的测试样品暴露于五种选择的化学物质以研究其耐化学性。然后对样品进行温度湿度偏置试验。对于水分保护研究,还进行了材料配方,粘附,机械保护和温度循环等研究。

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