极长失效时间的过耗尽电迁移研究

Baozhen Li, C. Christiansen, K. Chanda, M. Angyal, J. Oakley
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引用次数: 3

摘要

在双大马士革铜互连中,通孔内的衬垫覆盖率对通孔损耗EM起着关键作用。通孔底部的尾管覆盖率低通常会导致早期EM失效。另一方面,如果通孔底部的衬管对Cu扩散是可渗透的,由于铜从下面的管道不断进入通孔,可以观察到很长甚至“不朽”的电磁失效模式。本文讨论了如何调节铜在通孔内衬中的扩散及其对产品可靠性的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A study of via depletion electromigration with very long failure times
Liner coverage in the via plays a critical role on via depletion EM for dual damascene Cu interconnects. Poor liner coverage at the via bottom often results in early EM fails. On the other hand, if the liner at via bottom is permeable to Cu diffusion, thanks to the constant Cu supply into the via from the line below, a very long or even “immortal” EM failure mode can be observed. This paper discusses how to modulate the Cu diffusion through the via bottom liner and its impact on product reliability.
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