一种基于8英寸晶圆的多层堆叠器件的新制造方法

T. Maebashi, N. Nakamura, S. Nakayama, N. Miyakawa
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引用次数: 5

摘要

本文采用基于8英寸晶圆的8.18 mum CMOS技术,提出了一种3层堆叠器件,其中每个晶圆依次堆叠。每层之间的电导率几乎为100%,上下晶圆之间的互连电阻小于0.7 ω,采用了埋藏互连(BI)和微凸点。通过测试,原型器件显示出了复杂的功能,堆叠晶圆中功能器件的比例达到了60%以上。
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A new fabrication method for multi-layer stacked devices using wafer-to-wafer stacked technology based on 8-inch wafers
This paper presents 3-layer stacked devices in which each wafer is stacked one after another, using 8.18 mum CMOS technology based on 8-inch wafers. Electrical conductivity between each layer was almost 100% and interconnection resistance was less than 0.7Omega between the upper and lower wafers with a Buried Interconnection (BI) and a micro-bump. The prototype devices showed sophisticated functionality by testing, and the ratio of functional devices in the stacked wafer reached more than 60 percent.
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