High-rate-gas-flow microwave plasma etching of silicon

K. Tsujimoto, T. Kumihashi, N. Kohuji, S. Tachi
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引用次数: 4

Abstract

A high-rate-gas-flow plasma etching technique using a very low gas pressure and very high pumping rate is described. The principle of high-flow etching is discussed. A high etch rate of 1300 nm/min at 0.5 mtorr has been obtained for the Cl/sub 2/ ECR high-flow system with a bias of -50 V. Low gas pressure discharge with high flow rate is applicable to VLSI processing. Highly directional, low-contamination etching is possible using this etching system.<>
硅的高速气流微波等离子体刻蚀
介绍了一种利用极低的气体压力和极高的泵送速率的高速率气体流等离子体刻蚀技术。讨论了高流量蚀刻的原理。在0.5 mtorr下,Cl/sub - 2/ ECR高流体系在-50 V偏置下获得了1300 nm/min的高蚀刻速率。适用于超大规模集成电路加工的低压大流量排气。使用这种蚀刻系统可以实现高定向、低污染的蚀刻
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