Alignment mark shift due to thermal non-uniformity: what is moving?

B. Lojek, M. Whiteman, K. Starzinski
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引用次数: 1

Abstract

The ITRS working group has identified mask alignment and overlay control as a technology roadblock with no known solutions beyond the 65 nm node. Mechanical stress induced by thermal processing critically influences the distortion and warpage of wafers. This paper investigates the wafer distortion between source/drain and contact masking steps. In the experimental part of this work we demonstrated that certain temperature non-uniformity patterns with uniformity less than 1% generate bigger warpage of processed wafer than a less uniform pattern with a higher non-uniformity
由于热不均匀性引起的对准标记移位:什么在移动?
ITRS工作组已将掩模对准和覆盖控制确定为65纳米节点以外的已知解决方案的技术障碍。热加工过程中产生的机械应力对晶圆的变形和翘曲有重要影响。本文研究了源极漏极和触点掩蔽步骤之间的晶圆畸变。在本工作的实验部分,我们证明了某些温度不均匀性小于1%的图案比不均匀性较高的图案产生更大的加工晶圆翘曲
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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