ECPR(电化学图案复制):用于高级包装应用的金属印刷

P. Moller, M. Fredenberg, P. Nilsson, L. Karlsson, R. Pelzer, D. Lee
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引用次数: 2

摘要

电化学模式复制(ECPR)是制备导电材料微结构的一种新工艺。使用ECPR,与使用基于光刻的工艺相比,先进封装解决方案的金属化成本可以显着降低。该技术利用可重复使用的主电极进行电化学模式复制,从而实现了短周期、高通量和相对较低的设备投资的直接金属化。ECPR在大多数衬底上提供金属化,如硅片,陶瓷衬底和柔性或刚性有机衬底。目前,该技术可以将铜结构的图案转移到5/5 /spl mu/m线/空间,具有均匀的材料分布和高分辨率的图案,线宽变化小。介绍了在超薄聚酰亚胺衬底和硅片上的复制研究结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
ECPR (electrochemical pattern replication): metal printing for advanced packaging applications
ECPR (electrochemical pattern replication) is a new fabrication process for the production of microstructures in conducting materials. Using ECPR, the cost of metallization for advanced packaging solutions can be significantly reduced compared to using lithography based processes. The technology utilizes a reusable master electrode for electrochemical pattern replication, which enables direct metallization with short cycle times, high throughput and comparably low equipment investments. ECPR provides metallization on most substrates such as silicon wafers, ceramic substrates and flexible or rigid organic substrates. The technique currently enables pattern transfer of copper structures down to 5/5 /spl mu/m line/space with uniform material distribution and high resolution patterns with small line width variations. Results from replication studies on both ultrathin polyimide substrates and silicon wafers are presented.
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