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Integrated wafer thinning process with TSV electroplating for 3D stacking

机译:集成晶圆减薄工艺,具有TSV电镀3D堆叠

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This paper presents an optimized integrated thinning process which is dedicated to fabricating ultra thin wafers with through silicon via (TSV). The thinning process is based on blind-vias electroplating, mechanical grinding, wet/dry etching, CMP(chemistry mechanical polishing)and a wafer to wafer handling system developed by previous studies [1,2]. In the study, 60um TSV filled with copper is clearly observed in 40-um-thick 4-inch wafers, and the wafer flatness is successfully controlled to be below 5um. Meanwhile, the integrated thinning process is a low-cost one that only demands direct current (DC) electroplating and a relatively short period of CMP process, which may be applicable to industrial production.
机译:本文介绍了优化的集成薄型过程,专用于通过硅通孔(TSV)制造超薄晶片。 细化过程基于盲通电镀,机械研磨,湿/干蚀刻,CMP(化学机械抛光)和晶片到先前研究开发的晶片处理系统[1,2]。 在该研究中,在40微米厚的4英寸晶片中清楚地观察到填充铜的60um TSV,并且将晶片平整度成功控制至低于5um。 同时,集成的细化过程是一种低成本的,只需要直流电流(DC)电镀和相对短的CMP过程,这可能适用于工业生产。

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