Resolving thermal resistance problem of Analog device in conjunction with the ONxx Shrink Die Technology

Y. G. Yabut, A. Reyes
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Abstract

This paper will discuss the in-depth details and experiments done to address the thermal resistance of Analog device thus paving the release and qualification of ONxx Shrink Die Technology hitting corporate drive of sure cost saving projects and bringing ON Semiconductor Philippines Incorporated to desire level of competitiveness. A closer look on the variables that contribute to these phenomena will single out on the materials that had direct impact on the problems. By introducing new bill of material from the current practice, thermal resistance problem were address enhancing convection process of integrated circuits built moreover this convective resistance parameters to include temperature drop across layers, thermal conductivity and fluidity of the epoxy, validate the desired action needed to resolve this qualification.
结合ONxx缩模技术解决模拟器件的热阻问题
本文将讨论为解决模拟器件的热阻而进行的深入细节和实验,从而为ONxx收缩模具技术的发布和认证铺平道路,从而打击企业对成本节约项目的驱动,并将安森美半导体菲律宾公司提升到理想的竞争力水平。仔细观察导致这些现象的变量,就会找出对问题有直接影响的材料。通过引入当前实践中的新材料,热阻问题得到了解决,增强了集成电路的对流过程,并且对流阻参数包括层间温度降、导热性和环氧树脂的流动性,验证了解决这一问题所需的所需措施。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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