The role of test structures for yield enhancement and yield ramp-up: an example of adoptive yield enhancement (AYE): n/sup +//p-well junction leakage enhanced the abnormal leakage current of NMOS's parasitic NPN-BJT

K. Doong, Binson Shen, S. Hsieh, Sheng-che Lin, Calvin Hsu
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引用次数: 1

Abstract

The yield loss of an 0.25 /spl mu/m SRAM caused by the n/sup +//p-well junction leakage was characterized and categorized in two areas by physical location: one is located at the gate/drain region, the other is at the corner of shallow trench isolation. For timely and efficient solving and monitoring of the fabrication line, two sets of test structures and corresponding measurement methods were designed for process monitoring and yield screening. Finally, based on the yield learning, we propose a test-structure-based process control and yield monitoring, called Adoptive Yield Enhancement (AYE).
测试结构对良率提高和良率上升的作用:采用良率提高(AYE)的一个例子:n/sup +//p-井结泄漏增强了NMOS的寄生NPN-BJT的异常泄漏电流
对0.25 /spl mu/m SRAM因n/sup +//p井结漏造成的产量损失进行了表征,并按物理位置将其划分为两个区域:一个位于闸/漏区,另一个位于浅沟隔离角。为了及时有效地解决和监控加工生产线,设计了两套测试结构和相应的测量方法,用于过程监控和良率筛选。最后,在良率学习的基础上,提出了一种基于测试结构的过程控制和良率监测方法,称为自适应良率增强(AYE)。
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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