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Laser Voltage Imaging and Probing, Efficient Techniques for Scan Chain Verification in Advanced Node

机译:激光电压成像和探测,高效技术在高级节点中的扫描链验证

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Laser voltage imaging (LVI) and laser voltage probing (LVP) are laser stimulation techniques to verify a device under test (DUT) and have been widely used for scan chain circuit debugging and various frequency-dependent failure modes. In the case of complex logic failures in advanced technology nodes, defect localization continues to be a challenge in the failure analysis field. Dynamic electrical failure analysis (D-EFA) techniques and their derivatives can increase efficiency for defect localization techniques. In this paper, several scan chain failure studies will be demonstrated by using LVI and LVP techniques, and the waveform analytic data will also be described by further physical failure analysis (PFA).
机译:激光电压成像(LVI)和激光电压探测(LVP)是激光刺激技术,以验证被测设备(DUT),并已广泛用于扫描链电路调试和各种频率相关的故障模式。在高级技术节点中复杂逻辑故障的情况下,缺陷本地化在失败分析领域继续存在挑战。动态电气故障分析(D-EFA)技术及其衍生物可以提高缺陷定位技术的效率。在本文中,将通过使用LVI和LVP技术来证明几种扫描链故障研究,并且还将通过进一步的物理故障分析(PFA)来描述波形分析数据。

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