利用OBIRCH(光束感应电阻率变化)定位功率半导体缺陷和结构弱点

P. Jacob
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引用次数: 6

摘要

OBIRCH已被证明是功率半导体器件中故障和弱点检测的合适仪器,其中由于厚金属层和硅的高掺杂浓度(不允许背面访问),发射显微镜(EMMI)通常是不可能的。由于该方法的电流灵敏度性能突出,OBIRCH不仅可以检测主泄漏路径,还可以检测附加/潜在旁路或弱点。因此,在主要泄漏路径由于关键结构被熔化而不允许进一步的物理结论的情况下,物理分析甚至是可能的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Defect- and structure-weakness-localization on power semiconductors using OBIRCH (optical beam induced resistivity change)
OBIRCH has been shown to be a suitable instrument for failure- and weakness detection in power semiconductor devices, where emission microscopy (EMMI) is usually impossible due to the thick metal layers and high doping concentrations of the silicon (allowing no backside access). Since the current sensitivity performance of this method is outstanding, OBIRCH does not only detect the main leakage path, but additional/potential bypass paths or weaknesses, too. Thus, physical analysis may even be possible in those cases where the main leakage path does not allow further physical conclusions due to the critical structures being melted.
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