Integration of a new Through Silicon Via concept in a microelectronic pressure sensor

Y. Bergmann, J. Reinmuth, B. Will, M. Hain
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引用次数: 3

Abstract

A novel Through Silicon Via approach developed by Bosch offers high integration density of MEMS with a great cost saving potential. In this paper a Si-TSV process for MEMS is presented. To assess the stress influence of the TSV process on the silicon substrate, the TSV process was integrated in a piezo-resistive pressure sensor as a Via-Last approach. Etching and deposition of multiple layers as well as grinding of a silicon wafer may cause thermal and mechanical stress, which may affect the sensor's operation and signal-processing. Electrical measurements were carried out to evaluate the stress-responsive sensor characteristics. Results show that the Si-TSV process presented does not cause any deterioration of the pressure sensor's characteristics.
在微电子压力传感器中集成新的通硅孔概念
博世开发的一种新颖的Through Silicon Via方法提供了高集成密度的MEMS,具有很大的成本节约潜力。本文提出了一种用于MEMS的Si-TSV工艺。为了评估TSV工艺对硅衬底的应力影响,将TSV工艺作为Via-Last方法集成到压阻压力传感器中。多层硅片的蚀刻和沉积以及硅片的研磨可能会产生热应力和机械应力,这可能会影响传感器的工作和信号处理。进行了电测量来评估应力响应传感器的特性。结果表明,所提出的Si-TSV工艺不会导致压力传感器的性能恶化。
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