Backside failure analysis techniques: What's the gain of silicon getting thinner?

C. Boit, Norbert Schafer, D. Abou‐Ras, Clemens Helfmeier, A. Glowacki, U. Kerst
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引用次数: 2

Abstract

Failure analysis (FA) of electronic devices today is mostly conducted through the device backside. Advanced silicon (Si) backside preparation for this purpose has developed over the past years, with a final Si thickness from around 300μm to 100μm down to around 20μm to 10μm. This paper discusses what to expect if Si can be processed a little thinner, from 20μm down to a few μm. Improvement of optical imaging, spectral extension of photon emission and expanded optical interaction for stimulation techniques are investigated. Further, Si thickness is coming close to the penetration depth of particle beams. The interaction potential for device analysis is discussed, preliminary results are presented.
背面失效分析技术:硅变薄的好处是什么?
当今电子设备的故障分析多是通过设备背面进行的。在过去的几年里,先进的硅(Si)背面制备技术得到了发展,最终的硅厚度从大约300μm到100μm下降到大约20μm到10μm。本文讨论了如果硅可以加工得更薄一些,从20μm到几μm,将会发生什么。研究了光学成像的改进、光子发射的光谱扩展和刺激技术中扩大的光相互作用。此外,硅的厚度越来越接近粒子束的穿透深度。讨论了器件分析的相互作用势,并给出了初步结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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