Capillary Self-Assembly Based Multichip-to-Wafer System Integration Technologies

T. Fukushima
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Abstract

We have proposed and developed 3D integration technologies based on self-assembly using surface tension of liquid from 2005. In this paper, microbump bonding and bumpless bonding in face-up and/or face-down configurations are introduced for fine-pitch interconnect formation. In addition, “non-transfer stacking”, in other word, flip-chip self-assembly and “transfer stacking” called reconfigure-wafer-to-wafer using SAE (Self-Assembly and Electrostatic) carrier are explained.
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基于毛细管自组装的多芯片到晶圆系统集成技术
我们从2005年开始提出并开发了基于液体表面张力的自组装三维集成技术。本文介绍了面朝上和/或面朝下配置的微凹凸键合和无凹凸键合,用于形成细间距互连。此外,还解释了“非转移堆叠”,即倒装自组装和“转移堆叠”,即使用SAE(自组装和静电)载体进行晶片到晶片的重构。
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Copyright Information Ferrofluid Levitated Micro/Milli-Robots Implementation Scheme of Orbital Refueling Using Microsate IIite Assembly of Cellular Microstructures into Lobule-Like 3D Microtissues Based on Microrobotic Manipulation* Research supported by the Beijing Natural Science Foundation under Grant 4164099and the National Natural Science Foundation of China under grants 61603044and 61520106011. Three Dimensional Microfabrication Using Local Electrophoretic Deposition Assisted with Laser Trapping Controlled by a Spatial Light Modulator
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