先进的掩膜颗粒清洁解决方案

Tod E. Robinson, Andrew Dinsdale, Ron Bozak, Bernie Arruza
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引用次数: 10

摘要

光刻技术的大多数趋势都需要在对传统清洗工艺越来越敏感的光罩上使用更小、更高的图案。颗粒缺陷越来越受到关注,因为在深层甚至悬垂结构中,它们可以以如此强的强度固定在表面,以至于任何传统的清洁技术都会破坏任何小的、高面向的掩膜结构。本文提出了一系列先进的新解决方案,这些解决方案已被证明可以去除这些类型的问题颗粒,并应用于RAVE nm450系统修复45纳米节点纳米加工掩模。在第一种方法中,对低温清洗系统进行了改进,以大大提高纳米颗粒从高向结构上的选择性去除。在第二种方法中,nm450修复工具本身用于从掩膜表面的纳米级区域选择性地去除目标颗粒,从而仅影响感兴趣的区域,而不触及任何敏感的周围表面或结构。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Advanced mask particle cleaning solutions
The majority of trends in lithography technology necessitate the use of smaller, higher aspect, patterns on photomasks which are increasingly sensitive to traditional cleaning processes. Particle defects are of increasing concern since, in deep and even overhanging structures, they can become fixed to the surface with such strength that any traditional cleaning technique would destroy any small, high-aspect, mask structures. A series of advanced new solutions are presented here which have been shown to remove these types of problem particles as applied to 45 nm node nanomachining mask repair with a RAVE nm450 system. In the first method, a cryogenic cleaning system is modified to greatly enhance selective removal of nanoparticles from high aspect structures. In the second method, the nm450 repair tool itself is applied to selectively remove targeted particles from a nanoscale area of the mask surface thus only affecting the region of interest and not touching any sensitive surrounding surfaces or structures.
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