硅通孔(TSV)沟道开孔缺陷的建模与分析

D. Jung, Heegon Kim, Jonghoon J. Kim, Joungho Kim, Hyun-Cheol Bae, Kwang-Seong Choi
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引用次数: 6

摘要

通过硅衬底堆叠芯片的垂直互连使电子产品的性能更高,功耗更低。TSV技术的优势可以通过增加I/ o的数量来最大化,这需要更细的间距和更小的直径。tsv的小型化导致了制造工艺精度的降低,导致了成品率的下降。在各种可能的缺陷类型中,开放缺陷在通道中产生断开,将发射终端与接收目标电分离。本文提出了开放缺陷的等效电路模型,并作为电路元件插入到无缺陷通道的电路模型中。分析了通道中不同位置的开放缺陷,考察了开放缺陷对信号传输特性的影响。
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Modeling and analysis of open defect in through silicon via (TSV) channel
Vertical interconnections of stacked chips through the silicon substrates have enabled higher performance of electronic products with lower power consumption. The advantage of through silicon via (TSV) technique can be maximized by increasing the number of I/Os, which requires fine pitch and smaller diameter. The scale-down of TSVs results in decreased yield level caused by lack of precision in fabrication process. Among various types of possible defects, open defect creates a disconnection in the channel, electrically separating the transmitting terminal from the receiving target. In this paper, the equivalent circuit model for open defect is proposed and inserted as circuit component in a circuit model for defect-free channel. Open defect is analyzed in different locations along the channel to examine the effect in signal transmission characteristics.
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