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A comprehensive assessment of contact oxide etch damage using device monitor and in-line noncontact testing

机译:使用设备监控器和在线非接触测试全面评估接触氧化物的蚀刻损伤

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We report here a direct correlation between a Keithley Quantox in-line tester and full-flow device monitors for contact oxide etch damage. Gate leakage measured with the device monitor were used to choose the least damaging of four oxide etchers. The same ranking was confirmed using Quantox flatband voltage measurements, but with a much faster turnaround time. Also, the Quantox capabilities were used to isolate the primary contributors of damage in one particular reactor, and the resulting reduction in damage was confirmed with the test monitors. The capability to quickly isolate specific portions of a recipe is demonstrated here, and it is subsequently confirmed with the full-flow device monitor. The advantage of using this technique in conjunction with a full-flow device monitor results in a much faster turn around for isolation of plasma damage.
机译:我们在这里报告吉时利Quantox在线测试仪和全流量设备监控器之间的直接相关性,以检测接触氧化物蚀刻的损伤。使用设备监控器测量的栅极泄漏用于选择四个氧化物蚀刻剂中损坏最少的一个。使用Quantox平带电压测量可以确认相同的排名,但是周转时间要快得多。此外,Quantox功能还用于隔离一个特定反应堆中造成损坏的主要因素,并且通过测试监控器确认了所造成的损坏减少。本文展示了快速隔离配方特定部分的功能,随后通过全流量设备监控器确认了该功能。将该技术与全流量设备监视器结合使用的优势是可以更快地完成周转以隔离等离子体损坏。

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