电学特性缺陷引起的水化镍泄漏问题

S. Toh, P. K. Tan, E. Hendarto, Q. Deng, H. Lin, Y. W. Goh, L. Zhu, H. Tan, Q.F. Wang, R. He, J. Lam, L. Hsia, Z. Mai
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引用次数: 1

摘要

镍在亚100nm器件中的扩散会对电性能产生不利影响,并极大地导致良率损失。尽管卤化镍技术相对于钛或钴具有巨大的优势,但卤化镍的固有性质存在一些问题。镍尖峰进入硅衬底或导电桥之间的硅化物在栅极电极和源/漏极可能发生。这些影响可以通过严格的布局、应力或工艺条件引起或增强。其影响可以从电气故障分析(如纳米探测和C-AFM)中明显看出,这对确定故障原因很有用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Electrical characteristics of leakage issues caused by defective Ni salicide
Ni diffusion in sub-100 nm devices can adversely affect electrical performance, and contribute greatly to yield loss. Despite the tremendous advantages of Ni salicide technology over Ti or Co, there are problems associated with the intrinsic properties of NiSi. Ni spiking into Si substrate or conductive bridges between silicide on the gate electrodes and that on the source/drain terminals can occur. These effects can be induced or enhanced by stringent layout, stress or process conditions. Its impact can be evident from electrical failure analysis such as nanoprobing and C-AFM, that are useful in identifying the cause of failure.
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