CMOS和III-V HEMT/HBT异构集成环境下机械应力对器件电性能影响的表征

Eric J. Wyers, T. R. Harris, W. S. Pitts, J. Massad, P. Franzon
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引用次数: 1

摘要

研究了CMOS和III-V异质集成环境对器件电性能的应力影响。本文将介绍部分异质集成制造运行的测量结果,以深入了解在异质集成环境中使用的背面源通孔(也称为碳化硅通孔(tscv))如何影响GaN HEMT器件级直流性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Characterization of the mechanical stress impact on device electrical performance in the CMOS and III–V HEMT/HBT heterogeneous integration environment
The stress impact of the CMOS and III-V heterogeneous integration environment on device electrical performance is being characterized. Measurements from a partial heterogeneous integration fabrication run will be presented to provide insight into how the backside source vias, alternatively referred to as through-silicon-carbide vias (TSCVs), used within the heterogeneous integration environment impacts GaN HEMT device-level DC performance.
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