FinFETs - Technology and circuit design challenges

W. Maszara, M. Lin
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引用次数: 16

Abstract

It took quarter of a century for multi-gate transistor to make it from first demonstration in research to a product - 22nm technology node microprocessor in 2012. FinFETs offer superior performance over incumbent planar devices due to their significantly improved electrostatics. FinFET technology faced two key barriers to their implementation in products: demanding process integration and its significant impact on layout and circuit design methodology. In this paper we focus on challenges and tradeoffs in both of these areas. Fin shape, pitch, isolation, doping, crystallographic orientation and stressing as well as device parasitics, performance and patterning approaches will be discussed. Implementation of high mobility materials for finFET devices will also be briefly reviewed as well as design challenges for logic and SRAM circuits.
finfet -技术和电路设计挑战
从第一次研究演示到2012年22纳米技术节点微处理器的产品,多栅极晶体管花了25年的时间。finfet由于其显著改善的静电性能,比现有的平面器件提供了优越的性能。FinFET技术在产品中实施面临两个关键障碍:苛刻的过程集成及其对布局和电路设计方法的重大影响。在本文中,我们关注这两个领域的挑战和权衡。翅片的形状、间距、隔离、掺杂、晶体取向和应力以及器件寄生、性能和图像化方法将被讨论。本文还将简要回顾用于finFET器件的高迁移率材料的实现,以及逻辑和SRAM电路的设计挑战。
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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