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Use of ADC/RTC to trace intermittent and rare events causing yield limiting front-end defects in deep sub-micron CMOS processes

机译:使用ADC / RTC跟踪间歇性事件和罕见事件,从而在深亚微米CMOS工艺中造成良率受限的前端缺陷

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The ability to detect yield-limiting defects during processing reduces the number of learning cycles needed to solve problems. Traditional inspection equipment provide a distribution over a wide range of defect types. ADC (Automatic Defect Classification) and RTC (Real Time Classification) on bright field inspection tools help provide insight into the distribution of on-wafer defect types. In our particular case, ADC was used to track the severity of a yield limiting front-end defect on our 0.25 /spl mu/m process line. Most semiconductor factories will trend random defects or added defects in their SPC system, but few have the capability to trend a specific defect type at an inspection point.
机译:在加工过程中检测出产量受限缺陷的能力减少了解决问题所需的学习周期。传统的检查设备可提供各种缺陷类型的分布。亮场检查工具上的ADC(自动缺陷分类)和RTC(实时分类)有助于洞察晶圆上缺陷类型的分布。在我们的特殊情况下,ADC用于跟踪我们的0.25 / spl mu / m生产线上的产量限制前端缺陷的严重性。大多数半导体工厂会在其SPC系统中趋向于随机缺陷或增加缺陷,但是很少有能力在检查点趋向于特定缺陷类型。

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