TGV与TSV:比较分析

K. Salah
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引用次数: 3

摘要

本文探讨了玻璃和硅作为衬底材料。玻璃基基片具有许多特性,使其对半导体制造工艺具有吸引力。根据我们的模拟结果,玻璃通孔(TGV)有望显著提高3d - ic的性能,因为它比硅通孔(TSV)提供更低的寄生。TGV可用于构建螺旋电感器。与TSV相比,基于TSV的螺旋电感在5 GHz时质量因数大于23,而基于tgv的螺旋电感在相同尺寸的5 GHz时质量因数大于34。此外,利用TGV构建了带通滤波器。仿真结果表明,该滤波器在80 ~ 100 GHz的90 GHz和20 GHz频段的插入损耗为0.5 dB,而在TSV情况下的插入损耗为1.5 dB。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
TGV versus TSV: A comparative analysis
In this paper, glass and silicon are explored as substrate materials. Glass-based substrates have many attributes that make them attractive for semiconductor manufacturing processes. Based on our simulation results, through glass via (TGV) is expected to significantly improve the performance of 3D-ICs as it provides lower parasitics than through silicon via (TSV). TGV can be used to build a spiral inductor. Compared to TSV, TSV-based spiral inductor achieves quality factor more than 23 at 5 GHz, while TGV-based spiral inductor achieves quality factor more than 34 at 5 GHz with the same dimensions. Moreover, a bandpass filter is built using TGV. The EM simulation results show that the proposed filter has an insertion loss of 0.5 dB at 90 GHz and 20 GHz passband from 80 to 100 GHz compared to 1.5 dB insertion loss in case of TSV.
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