Material and process improvements towards sub 36nm pitch EUV single exposure

K. Petrillo, D. Hetzer, Takashi Shimoaoki, Yusaku Hashimoto, Kouichirou Tanaka, S. Kawakami, Cody Murray, Luciana Meli, A. Hubbard, Saumya Sharma, A. de Silva, L. Huli, N. Shibata, Corey Lemley
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引用次数: 2

Abstract

With the insertion of EUV lithography into high volume manufacturing, mature lithographic materials and processes are required on multiple fronts. Not only do lithographic materials require optimization to reduce stochastic effects; processing techniques, underlying films, and auxiliary processes such as rinse are also known to have important impacts on the ability to yield sub-36nm pitch devices. In this paper we will describe the contribution that resist maturity, improved underlayers, rinse materials, and process parameters such as develop optimization and improved hardware have on yield improvement.
针对亚36nm间距EUV单次曝光的材料和工艺改进
随着EUV光刻技术在大批量生产中的应用,在多个方面都需要成熟的光刻材料和工艺。光刻材料不仅需要优化以减少随机效应;加工技术、底层薄膜和辅助工艺(如漂洗)也被认为对生产低于36nm间距器件的能力有重要影响。在本文中,我们将描述抗成熟度,改进底层,漂洗材料和工艺参数,如开发优化和改进硬件对收率的提高的贡献。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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