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Magnetoresistive Sensitivity Mapping (MSM) and dynamic electrical test (DET) correlation study on GMR sensor induced by low threshold ESD stress

机译:低阈值ESD应力引起的GMR传感器磁阻敏感性映射(MSM)和动态电气测试(DET)相关性研究

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摘要

In the case of soft ESD damage, the GMR read sensor was magnetically changed caused by ESD stress. With magnetoresistive sens itivity mapping (MSM), which is an additional capability of magnetic force microscope (MFM), it is possible to study the subtle magnetic change due to soft ESD. In this paper, GMR heads were subjected to low voltage HBM model, and the HGAs were characterized by MSM before and after the HBM ESD stress. HGA samples were also subjected to dynamic electrical test (DET) to establish a correlation between MSM analysis and electrical performance of the GMR head.
机译:在软ESD损坏的情况下,通过ESD应力引起的GMR读取传感器被磁性变化。利用磁阻敏率映射(MSM),其是磁力显微镜(MFM)的额外能力,可以研究由于软ESD引起的微妙磁化变化。在本文中,对GMR头进行了低压HBM模型,HGA在HBM ESD应力之前和之后的MSM以MSM为特征。 HGA样品还经受动态电气测试(DET),以建立MSM分析与GMR头的电气性能之间的相关性。

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