腐蚀静电损伤

J. Franey
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引用次数: 1

摘要

由于电子元件使用较少的材料,它们对电压和电流的变化变得更加敏感。这提高了它们的操作速度和功能。以前无关紧要的腐蚀现在成为当前电子元件的主要因素。这些问题产生了无数新的后果。在这些新问题中,差动表面的摩擦充放电是很重要的。熔化的电路最初或后来在现场(潜在缺陷)失效的缺陷,或由微波放电产生的噪声发生。这种噪声会产生灾难性的比特率错误,从而导致数字服务中断。本文表明,这些ESD事件可以在蚀刻后的5到30分钟内发生在匹配的金属表面上。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Corrosion induced electrostatic damage
As electronic components use less material, they become more sensitive to voltage and current variations. This increases their operational speed and functionality. Corrosion that was previously inconsequential now becomes a major factor in current electronic components. These problems take on a myriad of new consequences. Of these new problems, the tribocharging and consequent discharging of differential surfaces can be significant. Defects from melted circuits that fail initially, or later in the field (latent defects), or noise generation created by microwave discharges occur. This noise can cause digital service interruption by creating catastrophic bit rate errors. This paper shows these ESD events can take place on matched metal surfaces within 5 to 30 minutes following etching.
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