薄膜硅化物和多晶硅/硅化物(多晶硅)结构中的电迁移失效

J. Lloyd, M. Sullivan, G. Hopper, J. Coffin, E. Severn, J. Jozwiak
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引用次数: 4

摘要

在高直流电流密度(<106 A/cm2)下,钽和钨硅化物薄膜导体条纹(150 nm厚)和n型多晶硅硅化物薄膜导体条纹(150 nm厚)受到应力直至开路失效。所有条纹都因电迁移而失效。由失效位置决定的Ta和W硅化物中载流子的符号与由霍尔效应确定的已发表数据相反。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Electromigration Failure in Thin Film Silicides and Polysilicon/Silicide (Polycide) Structures
Thin film conductor stripes (150 nm thick), of silicides of tantalum and tungsten deposited on to thermal oxide as well as silicides deposited on to 150 nm of n-type polycrystalline silicon were stressed at high DC current densities (<106 A/cm2) untill open-circuit failure. All of the stripes failed by electromigration. The sign of the charge carrier in silicides of Ta and W, determined by failure location, was opposite to the published data determined from the Hall effect.
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