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The New, New Limits of Optical Lithography

机译:光学光刻的新局限

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The end of optical lithography has been so often predicted (incorrectly) that such predictions are now a running joke among lithographers. Yet optical lithography does have real, physical limitations and even more real economic limits, and an accurate estimation of these limits is essential for planning potential next generation lithography (NGL) efforts. This paper will review the two types of resolution limits in optical lithography: the pitch resolution, governed by the amount of spatial frequency information that can pass through an imaging lens, and the feature size resolution, limited by our ability to control feature size. Projecting the trends in these resolution limits, the capabilities of 193nm immersion lithography will be explored.
机译:经常会(不正确地)预测光学光刻术的结束,以至于这种预测现在在光刻术家中是一个笑话。然而,光学光刻确实具有实际的物理限制,甚至还有更实际的经济限制,因此,对这些限制进行准确的估算对于规划潜在的下一代光刻(NGL)工作至关重要。本文将回顾光刻技术中的两种分辨率限制:间距分辨率(受可通过成像透镜的空间频率信息的数量控制)和特征尺寸分辨率(受我们控制特征尺寸的能力限制)。预测这些分辨率极限的趋势,将探索193nm浸没式光刻的能力。

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