塑料封装集成电路中材料和模后轮廓的影响

R. D. Mosbarger, D. J. Hickey
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引用次数: 13

摘要

模后固化有助于Novalac成型材料的电气和机械性能,并影响这些性能随热和湿度环境的变化。在高温组装操作(例如ir -回流)过程中,由于热诱导的材料变化与电离场相结合,以及成型化合物从模具表面分层,可能会产生正向偏置寄生门。成型材料的导电性和耐湿性取决于材料和模后固化环境。测试方法和设备已经开发出来,可以量化复合电气和机械性能,从而预测材料和零件的性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The effects of materials and post-mold profiles an plastic encapsulated integrated circuits
Post-mold cure contributes to the electrical and mechanical properties of Novalac molding materials and affects how those properties change with thermal and humidity environments. Forward biased parasitic gates may be created as the result of thermally induced material changes in conjunction with ionizing fields and by molding compound delamination from the die surface during high temperature assembly operations e.g., IR-reflow. Molding material conductivity and tolerance to moisture depends upon the material and the post-mold cure environment. Test methods have been developed and equipment is available to quantify compound electrical and mechanical performance and thereby predict material and part performance.<>
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