Application of EOFM to Localize the Metal and Poly-Si Short

Anusorn Khuankaew
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Abstract

Electro Optical Frequency Mapping is a well-known dynamic fault isolation techniques which is capable of mapping and extracting information of switching transistors from the active area. However, this paper will present a case study of the capability of EOFM to detect the fault location at non-active area (Metal and Polysilicon line). The paper will describe how EOFM can help to localize the Metal and Polysilicon short. Content in this paper provides a useful information and a methodology to localize a short defect in non-active area which relates with thermo-reflectance effects.
EOFM在金属和多晶硅短板定位中的应用
电光频率映射是一种著名的动态故障隔离技术,它能够从有源区映射和提取开关晶体管的信息。然而,本文将介绍EOFM在非有源区域(金属和多晶硅线)检测故障位置的能力的案例研究。本文将描述EOFM如何帮助定位金属和多晶硅短板。本文的内容提供了一种有用的信息和方法来定位与热反射效应有关的非有源区短缺陷。
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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