Electrically Testable Product Macro Multi-via Measurement for Within Die CD Variation

C. Boye, DukKyun Moon, Steven McDermott, Norbert Arnold, N. Saulnier, F. Levitov, Sam-Kyu Choi, A. Goldenshtein, Uri Smolyan, N. Amit, I. Ok, I. Saraf
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Abstract

Critical Dimension (CD) measurement control strategies typically include measurements taken post plasma etch in a structure located in the kerf or street area specifically designed for this measurement. This type of measurement strategy is standard for control of CD variability across wafer. It is of interest to evaluate within macro CD variation of new designs at via levels by direct measurement of vias within the macro to characterize in-line sources of opens and resistance issues at electrical test. The steps taken and challenges encountered to develop a multi-via CD measurement in a testable macro and subsequent correlation to electrical test results will be described.
电测试产品宏多通孔模内CD变化测量
关键尺寸(CD)测量控制策略通常包括在等离子蚀刻后在专门为该测量设计的切口或街道区域的结构中进行的测量。这种类型的测量策略是控制晶圆上CD可变性的标准。通过直接测量宏内的通孔,来评估新设计在通孔水平上的宏CD变化,以表征电测试中的在线开路源和电阻问题,这是很有意义的。本文将介绍在可测试宏中开发多通径CD测量所采取的步骤和遇到的挑战,以及随后与电气测试结果的相关性。
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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