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Temporary Bonding and De-bonding Process for 2.5D/3D Applications

机译:2.5D / 3D应用的临时粘接和去粘接过程

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Temporary bonding and de-bonding (TBDB) is one key technology in enabling the 2.5D/3D integration of semiconductor devices [1]. In this paper, we first evaluate two TBDB methods using different TBDB mechanism and corresponding adhesive materials, in particular for via-last Through Silicon Via (TSV) process. We compare a solvent-based TBDB method [2], [3] with another mechanical-based TBDB method. The second part of this paper analyze the process issues and root causes related to each TBDB methodology. Continuous improvement will need to rely on TBDB material and process development as well as integration optimization.
机译:临时粘接和解粘合(TBDB)是实现半导体器件的2.5D / 3D集成的一种关键技术[1]。在本文中,我们首先使用不同的TBDB机构和相应的粘合材料来评估两种TBDB方法,特别是对于通过硅通孔(TSV)工艺的通孔。我们将溶剂基TBDB方法[2],[3]与另一种基于机械的TBDB方法进行比较。本文的第二部分分析了与每个TBDB方法相关的过程问题和根本原因。持续改进需要依靠TBDB材料和过程开发以及集成优化。

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