Impact of Advanced SOI Substrates on Device Architecture and Design

C. Mazure, J. Wasselin
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引用次数: 1

Abstract

The engineering of SOI substrates has allowed for optimization of MOSFET performance while minimizing leakage and parasitic elements. Design innovations have amplified the SOI benefits with a significant reduction of the cost of ownership. To move beyond the 90nm IC node, mobility enhancing strain techniques have been added to the CMOS process. While strained silicon on insulator appears to be a solution for reducing power consumption without affecting the device performance, SOI on high resistivity substrates offers a solution tailored to RF applications. An overview of the advances in Smart Cuttrade engineered substrates will be given, and their impact on device design will be discussed
先进SOI基板对器件架构和设计的影响
SOI衬底的工程允许优化MOSFET性能,同时最大限度地减少泄漏和寄生元件。设计创新大大降低了拥有成本,放大了SOI的好处。为了超越90nm集成电路节点,迁移率增强应变技术已被添加到CMOS工艺中。虽然绝缘体上的应变硅似乎是在不影响器件性能的情况下降低功耗的解决方案,但高电阻率衬底上的SOI提供了适合射频应用的解决方案。将概述Smart Cuttrade工程基板的进展,并讨论它们对器件设计的影响
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