首页> 外文会议>International Conference on Thermal, Mechanical Multi-Physics Simulation and Experiments in Microelectronics and Microsystems >The influence of process parameters and materials properties on stress distribution in MEMS - ASIC integrated systems after molding - numerical and experimental approach
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The influence of process parameters and materials properties on stress distribution in MEMS - ASIC integrated systems after molding - numerical and experimental approach

机译:工艺参数和材料特性对模制品中MEMS - ASIC集成系统应力分布的影响 - 数值和实验方法

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The paper focuses on influence of materials properties and molding processes parameters on warpage of bimaterial silicon-molding compound (MC) systems. The three different MCs of different glass transition temperature Tg and different coefficients of thermal expansion (CTE) were considered in numerical and experimental investigation. The post molding processes and their influence on warpage were analyzed. The paper reports results of several warpage measurement experiments and FEM (Finite Element Method) analysis, performed in frame of European Project DAVID (Downscaled Assembly of Vertically Interconnected Devices).
机译:本文侧重于材料性质和模塑过程参数对双层硅模塑化合物(MC)系统的翘曲影响。在数值和实验研究中考虑了不同玻璃化转变温度TG的三种不同MCS和不同的热膨胀系数(CTE)。分析了后模制过程及其对翘曲的影响。本文报告了几种翘曲测量实验和有限元(有限元方法)分析的结果,在欧洲项目David框架中进行了分析(垂直互联设备的次要组装)。

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