A failure analysis technique using the Nano Electrostatic field Probe Sensor (NEPS)

Seigo Ito, T. Matsumoto
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引用次数: 0

Abstract

The laser NEPS (Nano Electrostatic field Probe Sensor) method is one of the techniques to estimate a failing region by imaging the change of the carrier signal that occurs by irradiating the laser beam light to LSI under the non-contact and non-bias source analysis environment. In this announcement, the principle of the NEPS method is explained using a capacitive coupling model, and the laser irradiation position and the most suitable analysis condition of NEPS detecting position is clarified. In addition, the I/O terminal leak defect of the chip LSI products is analyzed by means of the NEPS method, and the result of detected abnormalities by the via contact and the meltdown of the silicon basal plate interface will be shown.
纳米静电场探针传感器(NEPS)失效分析技术
激光NEPS(纳米静电场探针传感器)方法是在非接触、无偏置源分析环境下,通过将激光束照射到LSI上,对载流子信号的变化进行成像来估计失效区域的技术之一。本文利用电容耦合模型解释了NEPS方法的原理,并阐明了激光照射位置和NEPS检测位置最合适的分析条件。此外,采用NEPS方法分析了芯片级LSI产品的I/O端子泄漏缺陷,并给出了通过触点和硅基板界面熔溃检测异常的结果。
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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