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DQWRTD MOSFET for Leakage Reduction and Low Power Application

机译:DQWRTD MOSFET,用于减少泄漏和低功耗应用

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Performance Analysis of Dual Quantum Well Resonant Tunneling Diode (DQWRTD) MOSFET In nm Regime For Leakage Reduction & Low Power Application with a 'dielectric stack' instead of the single insulator of MOSFET has been described in this paper. The device suppresses the gate leakage current considerably by utilizing the principle of operation of dual silicon quantum well triple oxide barrier resonant tunneling diodes (RTD) for higher the drive current, faster speed and low leakage power. The device is capable of to overcome the fixed charge in the oxide trap region with equivalence oxide thickness (EOT).
机译:本文介绍了以nm为单位的双量子阱谐振隧穿二极管(DQWRTD)MOSFET的性能分析,该方法用于减少泄漏和低功耗应用,采用“电介质堆叠”代替MOSFET的单个绝缘体。该器件通过利用双硅量子阱三氧化物势垒共振隧穿二极管(RTD)的工作原理,极大地抑制了栅极泄漏电流,从而获得了更高的驱动电流,更快的速度和更低的泄漏功率。该器件能够以等效的氧化物厚度(EOT)克服氧化物陷阱区域中的固定电荷。

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