Study on electrical characteristics of micron-order wiring with nano-scale conductive metal particle

Masaya Tanaka, Tsuyoshi Tsunoda, S. Sagara
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Abstract

In recent years, the substrate which achieves low-cost manufacturing and high density wiring is strongly demanded for the next generation high performance computing. Therefore, we developed the process of micron-order wiring with printing nano-scale conductive particle. This process has two noble technologies. One is micron order trench forming and another is printing and sintering. In this time, we developed micron order wiring based on above process. Furthermore, we checked DC/AC characteristics and high speed transmission capability on eye patterns of micron order wiring. In this paper, we discuss three items. One is the fine wiring formation process with the paste including nano-scale conductive particle (Cu nano paste). Two is the AC characteristics measured with TEG. The last is electric characteristic on eye pattern analysis results using the actual measurement result. From these experiments, we mention the advantages and disadvantages of micron-order wiring with Cu nano paste.
纳米级导电金属微粒微米级导线的电学特性研究
近年来,实现低成本制造和高密度布线的衬底是下一代高性能计算的强烈需求。因此,我们开发了打印纳米级导电颗粒的微米级布线工艺。这个过程有两个重要的技术。一种是微米级沟槽成型,另一种是印刷和烧结。在此基础上,我们开发了微米级订单布线。此外,我们还测试了微米级线眼纹的直流/交流特性和高速传输能力。在本文中,我们讨论了三个项目。一是用含纳米级导电颗粒(Cu纳米膏体)的浆料形成细线的过程。二是用TEG测量的交流特性。最后利用实际测量结果对眼纹进行电特性分析。从这些实验中,我们提到了用Cu纳米浆料微米级布线的优点和缺点。
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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