Lithography for 0.25 mu m and below using simple high-performance optics

R. Pease, G. Owen, R. Hsieh, A. Grenville, R. V. von Bunau, N. Maluf
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Abstract

A mostly reflective approach to 0.25- mu m lithography that has great simplicity (only two or three critical optical elements) and outstanding performance is described. A 1/6 scale prototype system has demonstrated 0.25- mu m resolution in a commercially available resist using a conventional mask, and 0.125- mu m resolution using a phase-shifting mask. The approach is particularly amenable to depth of focus enhancement by aperture apodization, and a fundamental trade-off inherent in this technique is described.<>
光刻0.25 μ m及以下使用简单的高性能光学
描述了一种主要反射的0.25 μ m光刻方法,它具有非常简单(只有两个或三个关键光学元件)和出色的性能。1/6比例的原型系统已经演示了0.25 μ m分辨率的商用电阻使用传统掩模,0.125 μ m分辨率的相移掩模使用。该方法特别适用于通过光圈消光来增强聚焦深度,并且描述了该技术固有的基本权衡。
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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