Chip-packaging interaction in Cu/very low-k interconnect

Hsiu-Ping Wei, H. Tsai, Yu-Wen Liu, Hsien-Wei Chen, S. Jeng, Douglas C. H. Yu
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引用次数: 3

Abstract

Chip-Package interaction (CPI) has drawn much attention for very low-k (VLK) packaging technology development, especially as the electronic industry is moving from SnPb solder to lead-free solder. In this study, a multi-level finite element model is used to optimize the interconnect scheme from a packaging reliability point of view. Factors including top metal (or SiO2) thickness, passivation dielectric layers, and bump pad structure are found to play key roles in packaging process and reliability.
铜/极低k互连中的芯片封装相互作用
芯片封装交互作用(CPI)引起了非常低k (VLK)封装技术发展的关注,特别是随着电子工业从SnPb焊料转向无铅焊料。本文从封装可靠性的角度出发,采用多层次有限元模型对互连方案进行优化。顶层金属(或SiO2)厚度、钝化介质层和凹凸垫结构等因素对封装工艺和可靠性起着关键作用。
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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