SiGe BiCMOS技术:用于极端环境电子应用的集成电路设计平台

J. Cressler
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引用次数: 31

摘要

极端环境电子社区的驱动程序开始注意到使用SiGe技术的可能性,特别是用于空间电子应用。目前由美国宇航局资助的项目“极端环境SiGe集成电子”,旨在实现更有效的月球探测,代表了各种各样的“第一次”——开发必要的SiGe基础设施的机会;从技术,到表征工具,到建模,到电路设计,到封装,到可靠性,到功能子系统,这些都需要支持SiGe的发展,并最终将其插入新兴的极端环境场所。作者对我们的进展感到兴奋,并坚信更大的电子社区可以而且应该利用这一努力来实现各种各样的应用。确保SiGe技术在这些新的应用场合中具有足够的可靠性,需要可靠性社区付出更多的努力。初步结果看起来确实很有希望。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
SiGe BiCMOS Technology: An IC Design Platform for Extreme Environment Electronics Applications
The drivers in the extreme environment electronics community are beginning to perk up their ears to the possibilities of using SiGe technology, especially for space electronics applications. The present NASA-funded project, "SiGe integrated electronics for extreme environments," which is aimed at enabling more effective lunar exploration, represents a 'first' of sorts - a chance to develop the requisite SiGe infrastructure; from technology, to characterization tools, to modeling, to circuit design, to packaging, to reliability, to functional sub-systems, needed to support the development and eventual insertion of SiGe into emerging extreme environment venues. The authors are excited about our progress, and firmly believe that the greater electronics community can and should leverage this effort for a wide variety of their applications. Ensuring adequate reliability for SiGe technologies in these new application venues will require more effort from the reliability community. Initial results look very promising indeed.
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