Failure analysis of semiconductor device using Nano Electro-static field Probe Sensor (NEPS)

Seigo Ito, K. Takiguchi, Hiroko Sodeyama, T. Matsumoto
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Abstract

We developed micro-region probe (Called “NEPS”, Nano Electrostatic field Probe Sensor) and failure-part estimation approach using it in which the surface and reverse side of LSI Die are irradiated with laser beam light in non-bias and non-contact state and faint quasi-electrostatic field due to photo excitation and thermal excitation generated at that time are detected. In this paper, we clarified the detection mechanism of quasi-electrostatic field from measured data using NEPS and showed the effectiveness of this approach by actually identifying a failure part of LSI.
纳米静电场探针传感器(NEPS)半导体器件失效分析
我们开发了微区域探针(称为“NEPS”,Nano静电场探针传感器)和故障部件估计方法,利用它在非偏置和非接触状态下用激光束照射LSI芯片的表面和背面,检测当时由于光激发和热激发而产生的微弱准静电场。在本文中,我们利用NEPS从测量数据中阐明了准静电场的检测机制,并通过实际识别LSI的失效部分来证明该方法的有效性。
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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