Co(W,P)帽势垒改善低k介电击穿

T. L. Tan, J. Gan, C. Gan, N. Hwang, J. Gambino
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引用次数: 0

摘要

综上所述,仅在Cu线上实施Co(W,P)帽能够改善Cu/低k互连中的介电击穿性能。这是由于消除了帽和低k介电介质之间的弱界面。然而,Co(W,P)帽的厚度需要优化,以充分受益于击穿的改善,同时保持其作为Cu扩散屏障的效率。推断出SiN帽的泄漏机制为Poole-Frenkel发射,Co(W,P)帽的泄漏机制可能为Schottky发射
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Low-k Dielectric Breakdown Improvement with Co(W,P) Cap Barrier
In summary, the implementation of a Co(W,P) cap only on the Cu lines is able to improve the dielectric breakdown performance in Cu/low-k interconnects. This is due to the elimination of the weak interface between the cap and the low-k dielectric. However, the thickness of the Co(W,P) cap needs to be optimized in order to fully benefit from the breakdown improvement while maintaining its efficiency as a Cu diffusion barrier. The leakage mechanism for the SiN cap is deduced to be Poole-Frenkel emission while the leakage mechanism for the Co(W,P) cap is likely to be Schottky emission
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