Charge induction on GMR recording heads caused by AC power fields

M. Honda
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Abstract

A new charge induction mechanism on a head gimbal assembly (HGA) is discussed. According to the dynamic charge induction experiments, there is 30-50 pC of charge induced on the HGA base plate by a small displacement (speed about 10 cm/s) in the 50 Hz AC power fields emanating from the AC charged plate (100 V-rms). During the manufacturing and testing processes, a chance of AC induced ESD could result due to metal-metal contacts between the base plate and the other static charge free objects under a normal ESD control environment.
交流电场对GMR记录磁头产生的电荷感应
讨论了一种新型的头部万向节组件电荷感应机构。根据动态电荷感应实验,在交流带电板(100 V-rms)发出的50 Hz交流电场中,小位移(速度约为10 cm/s)对HGA基板产生30-50 pC的电荷感应。在制造和测试过程中,在正常的ESD控制环境下,基板与其他无静电物体之间的金属-金属接触可能导致交流感应ESD。
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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