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FinFET: the prospective multi-gate device for future SoC applications

机译:FinFET:面向未来SoC应用的预期多栅极器件

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This paper discusses the possibility of future large scale integration (LSI) of multi-gate device. FinFET is thought to he the most promising multi-gate device for LSI, because it easily realizes the self-aligned double-gate structure. At first, the feasibility of SRAM operation with FinFET in hp22 nm node is studied by simulation in terms of Vt fluctuation control. Next, it is demonstrated that FinFET on bulk Si substrate (bulk-FinFET) is a suitable candidate for cost-effective LSI manufacturing. The integration schemes of FinFET and planar FET on the same substrate are also developed for the fabrication of 128 Kbit SRAM ADM (array diagnostic monitor). Finally, successful SRAM cell operation is demonstrated with FinFET of Lg = 20 nm. Therefore, FinFET integrated circuit can provide a unique solution for future low-power SoC
机译:本文讨论了未来多栅极器件大规模集成(LSI)的可能性。 FinFET被认为是LSI最有前途的多栅极器件,因为它很容易实现自对准双栅极结构。首先,通过V t 波动控制的仿真研究了在hp22 nm节点上使用FinFET进行SRAM操作的可行性。接下来,证明了在体硅衬底上的FinFET(bulk-FinFET)是适合进行具有成本效益的LSI制造的候选人。还开发了在同一基板上的FinFET和平面FET的集成方案,用于制造128 Kbit SRAM ADM(阵列诊断监视器)。最后,通过L g = 20 nm的FinFET证明了SRAM单元的成功运行。因此,FinFET集成电路可以为未来的低功耗SoC提供独特的解决方案

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