亚微米大马士革铜互连的电迁移

C. Ryu, Kee-Won Kwon, A. Loke, V.M. Dubin, R.A. Kavari, G. Ray, S. Wong
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引用次数: 24

摘要

只提供摘要形式。本文比较了亚微米Damascene CVD和电镀Cu互连的显微组织和可靠性。对于CVD Cu,由于沉积过程中细晶粒的限制,电迁移寿命在深亚微米范围内下降。然而,电镀Cu在沟槽中有较大的晶粒,导致在深亚微米范围内可靠性没有下降。电镀Cu的电迁移性能优于CVD Cu,特别是在深亚微米的Damascene互连中。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Electromigration of submicron Damascene copper interconnects
Summary form only given. This paper compares the microstructure and reliability of submicron Damascene CVD and electroplated Cu interconnects. For CVD Cu, the electromigration lifetime degrades in the deep submicron range due to fine grains constrained by the deposition process. However, electroplated Cu has relatively large grains in trenches, resulting in no degradation of reliability in the deep submicron range. The electromigration performance of electroplated Cu is superior to that of CVD Cu especially for deep submicron Damascene interconnects.
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