晶圆级封装的封装挑战

TH Eric Kuah, J. Hao, J. Ding, Qf Li, W. Chan, S. Ho, HM Huang, Yj Jiang
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引用次数: 20

摘要

WLP的优点包括封装厚度小、扇形输出能力强、I/O高、无衬底工艺、无源集成到结构中、热电性能好等,引起了用户的兴趣。本文的目的是描述晶圆级成型的潜在采用者将面临的技术挑战和问题,技术解决方案的可用性以及使用颗粒状环氧树脂和液体封装剂(如环氧树脂,环氧树脂-硅树脂的混合物,硅树脂)的WLP的广泛应用。实际成型试验结果表明,不同形式的晶圆级成型所面临的共面性、翘曲、模移、热膨胀系数匹配、不完全填充、MBF和脱模等挑战是相似的
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Encapsulation challenges for wafer level packaging
The interest of user for WLP has been raised because of benefits such as reduced package thickness, fan-out capability, high I/O, substrate-less process, integration of passives into structure, good thermal and electrical performance. The objective of this paper is to delineate technical challenges and issues that potential adopter of wafer level molding will face, technological solution availability and the broad application of WLP using granulated epoxy and liquid encapsulant such as epoxy, hybrid of epoxy-silicone, silicone. Result base on actual molding trial indicates among the different form of wafer level molding the challenges being faced are similar, including co-planarity, warpage, die shifting, coefficient of thermal expansion matching, incomplete filling, MBF and voiding
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