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Pre-applied Inter Chip Fill for 3D-IC Joining

机译:用于3D-IC连接的预应用间芯片填充

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For the conventional two dimensional (2D) packaging of integrated circuit (IC), reflow and capillary under fill have been used for more than a decade. But for the purpose of low power and high performance of IC, three dimensional IC (3D-IC) have been proposed in recent years. In case of 3D-IC, both bump pitches and gaps between stacked thin chips should be fine and narrow, so that pre-applied inter chip fill (ICF) which is applied in thermal compression bonding have been proposed. In this process, not only low viscosity but also thermal conductivity is simultaneously required. In this study, some of selected epoxy based matrix and filler were simulated and evaluated for pre-applied ICF, we confirmed its process applicability to pre-applied chip bonding. Physical characteristics of cured ICF and void-less joining were also discussed.
机译:对于传统的二维(2D)包装的集成电路(IC),填充物的回流和毛细管已被使用超过十年。 但是对于IC的低功耗和高性能的目的,近年来提出了三维IC(3D-IC)。 在3D-IC的情况下,堆叠薄芯片之间的凸起间距和间隙应该是细小的,因此已经提出了在热压缩粘合中施加的预施加的芯片填充(ICF)。 在该过程中,不仅需要低粘度,而且还需要导热率。 在该研究中,模拟并评估了一些选定的环氧基基质和填料,用于预应用的ICF,我们证实了其对预施加芯片键合的过程适用性。 还讨论了固化的ICF和不空止加入的物理特征。

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