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What is the future of sub-100nm CMOS: Ultrashallow junctions or ultrathin SOI?

机译:亚浅100nm CMOS的未来是什么:超浅结或超薄SOI?

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Planar CMOS transistors on bulk silicon wafers are expected to reach their limits at gate sizes of about 50nm in 2005-06. Many of the process and materials constraints that combine to force this change in technology path are relaxed or removed for CMOS devices fabricated on SOI wafers. This article outlines the principal issues limiting junction formation for sub-100nm CMOS on bulk silicon and presents an alternative roadmap using SOI wafers. An SOI wafer fabrication technology is described that provides a room temperature, atomic layer cleaving process with unprecedented levels of control on silicon layer thickness, as well as a clear path for extension towards the ultrathin SOI regime.
机译:预计在2005-06年度,大块硅晶圆上的平面CMOS晶体管的栅极尺寸将达到约50nm,达到极限。对于在SOI晶片上制造的CMOS器件,放宽或消除了许多组合在一起以迫使技术路线发生这种变化的工艺和材料约束。本文概述了限制在体硅上形成低于100nm CMOS结的主要问题,并提出了使用SOI晶圆的替代路线图。描述了一种SOI晶片制造技术,该技术提供了一种室温,原子层切割工艺,并且对硅层厚度的控制达到了空前的水平,并且为向超薄SOI领域扩展提供了一条清晰的途径。

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