High-frequency measurements of TSV failures

Joohee Kim, D. Jung, Jonghyun Cho, J. Pak, J. Yook, J. C. Kim, Joungho Kim
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引用次数: 11

Abstract

Due to a lot of thermal and mechanical loads during TSV process or post TSV process such as metallization and die stacking, disconnection failure can occur which results in 3D IC yield loss. Thus, a non-destructive diagnostic method by using one point probing for TSV failures is proposed to detect and differentiate TSV failure types and locations. With the fabricated test vehicles with disconnection failures, high-frequency measurements are conducted to verify the proposed diagnostic method, and full and partial disconnection failure is analyzed based on the high-frequency measurement results.
TSV故障的高频测量
由于在TSV过程中或TSV后过程中存在大量的热载荷和机械载荷,如金属化和模具堆积,可能会发生断开故障,从而导致3D集成电路的良率损失。因此,提出了一种利用单点探测对TSV故障进行无损诊断的方法,以检测和区分TSV故障类型和位置。利用制造的断路故障试验车辆,进行了高频测量,验证了所提出的诊断方法,并根据高频测量结果对断路故障进行了全断路故障和部分断路故障分析。
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