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Yield effects of interactions between high polymer forming metal etch processes and postetch ash processes

机译:形成高聚物的金属蚀刻工艺与蚀刻后灰化工艺之间相互作用的产量效应

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Abstract: We have demonstrated a correlation between post-metal etch ashrate performance and yield on CMOS technology integrated circuit (IC) product wafers etched at metal etch with high polymer producing recipes. This paper presents details of high polymer forming metal etch processes and two novel techniques developed for quantifying the amount of polymer formed during etch. Data are presented which illustrate a correlation between electrical test yield, post metal etch ashrates and the amount of polymer formed during the etch. Finally, recognizing that the metal etch recipe/ashrate correlation does not explain all forms of yield loss due to leakage, we suggest other areas for investigation. !8
机译:摘要:我们已经证明了在金属蚀刻后使用高聚物生产配方蚀刻的CMOS技术集成电路(IC)产品晶圆上,金属蚀刻后灰分性能与成品率之间的相关性。本文介绍了高聚合物形成金属蚀刻工艺的详细信息,以及为量化蚀刻过程中形成的聚合物数量而开发的两种新技术。呈现的数据说明了电测试产量,金属蚀刻后的灰化物与蚀刻过程中形成的聚合物量之间的相关性。最后,认识到金属蚀刻配方/灰酸盐的相关性并不能解释由于泄漏引起的所有形式的产量损失,因此,我们建议其他方面进行研究。 !8

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