CU芯柱可实现精细间距和高密度3D封装

Lewis Huang, Hiroki Sudo, Daisuke Soma, H. Okada
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引用次数: 0

摘要

铜芯柱是一种镀镍和焊料的圆柱形铜芯,是下一代互连材料。它可以代替普通的焊锡球、铜芯球甚至镀铜柱,成为人们关注的焦点。铜芯柱具有固有的控制和保持一致的高度的能力,并且由于铜优异的物理性质,可以实现优异的导电性和导热性。与焊料球和铜芯球相比,铜芯柱具有足够的性能。本研究通过试验得知,低径比、小岩心直径的铜岩心柱更适合进行跌落试验。高长宽比、低焊料量的铜芯柱更适合热循环试验。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
CU Core Column Enables Fine Pitch & High-Density 3D Packaging
As the next-generation interconnection materials, Cu core column is a kind of cylindrical-shaped copper core with Ni and solder plating. It could replace ordinary solder balls, Cu core balls and even Cu plated posts and has become the focus of attention. Cu core columns have innately ability to control and maintain a consistent standoff height, and can achieve excellent electrical and thermal conductivity due to the excellent physical properties of copper. It is known that the Cu core column can exhibit sufficient performance compare with solder balls and Cu core balls. In this study, after experiment we know Cu core columns with lower aspect ratio and small core diameter is better for drop test. Cu core columns with higher aspect ratio and less solder amount is better for Thermal Cycle Test.
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