带金属杂质功能捕集剂的DAF(模贴膜)的研制

S. Takyu, N. Togasaki, T. Kurosawa, Y. Yamada, M. Tamaoki, H. Hayashi, H. Tomita
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引用次数: 0

摘要

捕集效应是将金属离子捕获在远离器件区域的悬键上,被广泛认为是抑制该问题的一种方法。在晶圆减薄过程中,在背面研磨过程中形成的外吸振法是降低成本的重要技术之一。然而,由于晶体缺陷导致的粗糙度增加,切屑强度降低。在这种情况下,我们将重点放在DAF (Die Attach Film)上,这是一种常用的粘合片,用于堆叠薄芯片,并试图在该薄膜中添加功能性吸墨剂。我们选择无机离子交换材料作为捕集剂,并制备了一些氧化Sb的样品作为捕集剂。从本研究的结果来看,决定吸净效果的主要因素是DAF中离子交换物质的含量。吸附量约占捕获铜离子总量的33~50%。结果表明,在厚度为10um的DAF中,Cu离子的吸附率为38%,比2000年的值提高了约68%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development of DAF (Die Attach Film) with functional gettering agent for metal impurities
Gettering effect which is to trap metal ions on the dangling-bonds located far from the device area is widely known as an inhibition way of this problem. Extrinsic Gettering (EG) method that is formed during back side grinding in the wafer thinning process is one of the most significant technologies considering of reducing cost. However the chip strength has been decreased with increasing the roughness derived from crystal defect. Under these circumstances, we focused on the DAF (Die Attach Film) which is commonly used as an adhesive sheet to stack thin chips and attempted to add a functional gettering agent in this film. We selected Inorganic Ion-Exchange materials as a gettering agent and prepared some samples which have Oxidized Sb for gettering agent. From the result based on this study, the main factor determining gettering effect is an amount of substance of Ion-Exchange materials in the DAF. It's also estimated the quantity of Cu ion adsorption was about 33~50% in the whole of trapped Cu ions in the DAF. And we obtained 38 % Cu ions were adsorbed in the DAF with 10um thickness, which is about 68 % compared to the value from #2000.
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