导电聚合物/金属复合材料快速填充硅通孔(TSV)

J. Kawakita, Barbara Horváth, T. Chikyow
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引用次数: 0

摘要

为了快速形成3D-IC或3D-LSI的TSV,采用溶液光化学法制备了一种以聚吡咯为导电聚合物和金属银的复合材料,研究了硅片中垂直孔的填充状态、填充复合材料的电学特性以及与硅衬底之间的界面结构。实验结果表明,该复合材料可在10分钟内填充,建立了电阻评价程序,并找到了优良的阻隔层。
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Fast filling of through-silicon via (TSV) with conductive polymer/metal composites
Toward fast formation of TSV for 3D-IC or 3D-LSI, a composite with polypyrrole as a conducting polymer and metal silver prepared through the solution photo chemistry was studied with respect to filling status of vertical holes in silicon chip, electrical characteristics and interfacial structures between the filling composite and silicon substrate. Based on the experimental results, the composite was capable of filling within 10 minutes, evaluation procedures of electrical resistance was established and excellent barrier layer was found.
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