Direct chip interconnect with adhesive-connector films

N. Basavanhally, D. D. Chang, B. Cranston, S.G. Seger
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引用次数: 31

Abstract

The authors discuss the results of feasibility studies of direct chip interconnect (DCI) using anisotropic conductive polymer material on both flexible and rigid substrates. The concept is to simultaneously attach and electrically interconnect IC chips to circuit traces. When conductors are joined under heat and pressure to form a bond, metallic spheres within the adhesive layer make contact with both conductor surfaces but not each other; hence the anisotropic conductivity. Electrically anisotropic conductive adhesives offer numerous other advantages in the assembly of electronic circuits, including low temperature assembly, fluxless bonding which eliminates the need for cleaning, and low cost. In addition, the anisotropy inherent in these materials makes them excellent candidates for very fine pitch components.<>
直接芯片互连与粘合剂连接膜
讨论了在柔性和刚性衬底上使用各向异性导电聚合物材料直接芯片互连(DCI)的可行性研究结果。其概念是同时将IC芯片连接到电路走线并进行电气互连。当导体在热和压力下连接形成键时,粘合层内的金属球与导体的两个表面接触而不是彼此接触;这就是各向异性电导率。电各向异性导电胶粘剂在电子电路组装中具有许多其他优点,包括低温组装、无需清洗的无焊剂粘合和低成本。此外,这些材料固有的各向异性使它们成为非常细间距元件的优秀候选者。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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