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Deep Silicon Etching - Increasingly Relevant >20 Years On!

机译:深硅蚀刻-越来越相关> 20年了!

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摘要

In the early 1990's researchers at the Robert Bosch facility in Stuttgart invented a novel method of etching very deep features into silicon. This led to a patent being granted in 1994. Originally intended as a method of fabricating devices for the then emerging automotive MEMS sector, its use has since diversified to cover virtually all other MEMS markets. Most recently the use of the Bosch Process has expanded into through silicon via (TSV) etching in 3D packaging applications. This paper describes what is possible today using the Bosch process and will consider future applications and uses. The diversity of the approach is illustrated through various examples including cavities etched at high rates, features with aspect ratios of 90:1, profile tilt to ~±0.15°, TSVs for wafer stacking and the increasing demand for more precise control including end-point detection down to 0.05% open area.
机译:在1990年代初期,斯图加特罗伯特·博世(Robert Bosch)工厂的研究人员发明了一种将非常深的特征蚀刻到硅中的新颖方法。这导致了1994年的一项专利。最初旨在作为当时新兴的汽车MEMS领域的一种制造设备的方法,此后其用途已多元化,几乎涵盖了所有其他MEMS市场。最近,在3D封装应用中,博世(Bosch)工艺的使用已扩展到硅通孔(TSV)蚀刻。本文介绍了使用博世流程的今天可能发生的情况,并将考虑未来的应用和用途。通过各种示例说明了该方法的多样性,这些示例包括以高速率蚀刻的腔体,纵横比为90:1的特征,轮廓倾斜至〜±0.15°,晶圆堆叠的TSV以及对包括终点在内的更精确控制的需求不断增长探测面积低至0.05%。

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