深垂直互联接入故障隔离新技术

T. P. Chua, C. H. Chong, K. Liew
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引用次数: 0

摘要

深垂直互连访问(DVIA)是在半导体行业开发的高性能技术,用于创建先进的封装和先进的集成电路。由于其物理上的大直径(~15um)和深度(~60um),在定位故障的DVIA时,使用聚焦离子束(FIB)研磨整个DVI将需要大量时间。热感应电压变化(TIVA)技术在DVIA故障隔离方面具有重要的作用。我们成功地将失败的DVIA检查区域缩小到~10um,并设法将FIB使用时间从4小时减少到2小时。采用新颖的DVIA故障隔离技术,节省FIB使用时间50%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Novel technique for deep vertical interconnect access fault isolation
Deep Vertical Interconnect Access (DVIA) was developed in the semiconductor industry for high performance technique which used to create advanced packages and advance integrated circuits. With its physically large diameter (~15um)and depth (~60um) substantial hours will be needed to mill entire DVI using Focosed Ion Beam (FIB) upon locating the failing DVIA. Thermally Induced Voltage Alterations (TIVA) technique has demonstrated significant capability for DVIA fault isolation. We had successfully narrow down failing DVIA inspection area to ~10um and manage to reduce FIB usage time from 4hrs to 2hrs. Save 50% on FIB usage time with novel technique for DVIA fault isolation.
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