温度和湿度对TSV结构中VDP衬垫泄漏的影响

S. W. Fall, J. Lloyd
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引用次数: 0

摘要

研究了TSV (Through Silicon Via)结构中烘烤可恢复泄漏与退火和湿热暴露的关系。出乎意料的是,结果表明,水分并不是先前在集成电路中观察到的泄漏源。这里产生的数据表明了一种与吸收水分无关的新现象。测试数据虽然没有确定原因,但显示(在测试的VDP材料中)泄漏电流的初始颠簸与化学吸收的水分之间没有相关性。尽管如此,在初始泄漏电流的波动和未知向量(可能是吸收溶剂而不是水)之间的联系实际上被发现了。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Effect of temperature and exposure to moisture on leakage through VDP liners in TSV structures
Bake recoverable leakage in TSV (Through Silicon Via) structures was studied as a function of annealing and exposure to damp heat. It was demonstrated, unexpectedly, that moisture was not the source of the leakage as had been observed previously in integrated circuits. The data generated here suggests a new phenomenon not related to absorbed moisture. The test data, while not determining a cause, shows no correlation (in the VDP material tested) between an initial bump in leakage current and chemisorbed moisture. Despite that, a link between a bump in initial leakage current and an unknown vector (possibly an absorbed solvent other than water) was in fact found.
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