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Comprehensive Process Design for Low-cost Chip Packaging with Circuit-under-pad (CUP) Structure in Porous-SiOCH Film

机译:具有多孔垫薄膜电路垫(杯)结构的低成本芯片包装综合工艺设计

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Chip packaging technology with circuit-under-pad (CUP) structure is developed for porous SiOCH (k=2.55)/Cu dual-damascene interconnects. Wire bonding damage is mainly improved by the pad structure. For molding process, it is important to decrease the coefficient of thermal expansion (CTE) of the molding compounds. Combining the stress controls in these packaging processes with the contrived low-k deposition, high performance 65nm-node, ULSI chips are furnished in low-cost QFP with a conventional wire bonding.
机译:具有电路垫上衬垫(杯)结构的芯片包装技术是用于多孔SiOCH(k = 2.55)/ Cu双镶嵌互连。焊盘结构主要改善了焊丝焊接损坏。对于模塑过程,重要的是降低模塑化合物的热膨胀系数(CTE)。将这些封装过程中的应力控制与具有相对的低k沉积,高性能65nm节点,Ulsi芯片以低成本的QFP提供,具有传统的引线键合。

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