低温PECVD沉积氧化硅与先进封装的集成

Chunmei Wang, Steven Lee, Xiangy-Yu Wang, K. Chui, Mingbin Yu
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引用次数: 0

摘要

本研究采用等离子体增强化学气相沉积(PECVD)技术,分别在100°C、150°C和180°C下制备了低温TEOS氧化物。沉积后,通过FTIR进行化学键合条件的物理表征,AFM进行表面粗糙度的物理表征,俄歇电子能谱进行化学成分的物理表征,椭圆计进行折射率的物理表征,DHF进行湿法刻蚀速率的物理表征。所有表征数据表明,在100℃下沉积的TEOS氧化物与在更高温度下沉积的TEOS氧化物具有可比性。与TSV技术集成,作为Cu Via的衬里介质,也进行了验证,这些低温沉积的TEOS氧化物在工艺方面集成到TSV技术的可行性。同时进行了盲TSV漏电和电容的e测试,并进行了比较。电子测试数据表明,在100°C下沉积的TEOS氧化物具有与150°C和180°C沉积的TEOS氧化物相当的电性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Integration of low temperature PECVD deposited silicon oxides with advanced packaging
In this study, low temperature TEOS oxides were deposited by plasma enhanced chemical vapor deposition (PECVD) at 100°C, 150°C and 180°C respectively. After deposition, physical characterization was carried out by FTIR for chemical bonding condition, AFM for surface roughness, Auger electron spectroscopy for chemical composition, ellipsometer for refractive index, and DHF for wet etching rate measurement. All characterization data shows that the TEOS oxide deposited at 100°C is comparable with the higher temperature deposited TEOS oxide. Integration with TSV technology to act either as liner dielectrics for Cu Via was performed as well to confirm the feasibility of these low temperature deposited TEOS oxide to be integrated in TSV technology in terms of process. E-test for blind TSV leakage and capacitance was also carried out and compared. The e-test data indicates that TEOS oxide deposited at 100°C has exhibited comparable electrical performance as 150°C and 180°C deposited TEOS oxide.
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