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Defect Localization and Root Cause Analysis on e-Fuse Read Reliability Failure

机译:电子保险丝读取可靠性故障的缺陷本地化和根本原因分析

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Fault isolation is the most important step for Failure Analysis (FA), and it is closely linked with the success rate of failure mechanism finding. In this paper, we will introduce a case that hard to debug with traditional FA skills. In order to find out its root cause, several advanced techniques such as layout tracing, circuit edit and Infrared Ray-Optical Beam Induced Resistance Change (IR-OBIRCH) analysis had been applied. The circuit edit was performed following layout tracing for depositing probing pads by Focused Ion Beam (FIB). Then, IR-OBIRCH analysis with biasing on the two FIB deposited probing pads and a failure location was detected. Finally, the root cause of inter-metal layer bridge was found in subsequent physical failure analysis.
机译:故障隔离是故障分析(FA)的最重要步骤,它与故障机制的成功率密切相关。 在本文中,我们将介绍一种难以调试传统的FA技能的案例。 为了找出其根本原因,已经应用了诸如布局跟踪,电路编辑和红外光学光束诱导电阻变化(IR-Obirch)分析的几种先进技术。 在布局跟踪之后执行电路编辑,用于通过聚焦离子束(FIB)沉积探测垫。 然后,检测到两个FIB沉积探测垫上的偏置的IR-OBIRCH分析和故障位置。 最后,在随后的物理发生故障分析中发现了金属间层桥的根本原因。

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