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Development of Technology for Probing Very Fine Pitch and Very Small Area

机译:极小间距极小面积探测技术的发展

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A national project named "Ultra High-Density Electronic System Integration" was initiated in 1999 with the aim of stacking four or more thin chips with through-hole electrodes allocated with a 20μm pitch. The chips should be electrically tested before stacking so that only good chips are sent to the stacking process to minimize the yield loss of the structure. To realize this, the establishment of a contact technology for a pitch as fine as a 20μm electrode and an area as small as a 10μm electrode is indispensable. In this study, some contact methods used in wafer testing at present were compared, from which the silicon whisker probe, which was found to have the best potential for a 20μm pitch was selected. We itemized problems with 20蘭 pitch contact by trial production and evaluation of the silicon whisker probe. From now, to realize 20μm pitch contact, we plan to improve the probe characteristics and contacting process.
机译:1999年启动了一个名为“超高密度电子系统集成”的国家项目,其目的是堆叠四个或更多个带有通孔电极且间距为20μm的薄芯片。在堆叠之前应对芯片进行电气测试,以便仅将合格的芯片发送到堆叠过程中,以最大程度地减少结构的良率损失。为了实现这一点,必不可少的是建立间距仅为20μm的电极和面积小至10μm的电极的接触技术。在这项研究中,比较了目前晶片测试中使用的一些接触方法,从中选择了硅晶须探针,发现该探针在20μm的间距中具有最佳的电势。通过硅晶须探针的试制和评估,我们逐项列出了20兰间距接触的问题。从现在开始,为了实现20μm的螺距接触,我们计划改善探针的特性和接触过程。

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