未来电子超低功耗器件——隧道场效应晶体管综述

R. Bharathi, T. E. Santhia, P. Karthikeyan
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引用次数: 0

摘要

常规mosfet的缩小已经引发了迫在眉睫的电源紧急情况,其中静态功率利用率明显过高。牢记提高电子电路活力生产力的最终目标,小摆动开关是取代或补充今天使用的mosfet的有趣竞争者。tfet是一种门控p-i-n二极管,其导通电流从带到带的挖穴中上升,由于其低关断电流和小亚阈值摆动的潜力,它是用于低控制应用的新器件。除了每一个感兴趣的点,TFET经历低导通电流。因此,为了提高低导通电流,人们提出了许多栅极工程结构。本文阐述了目前所采用的每一种策略,并进一步阐述了设备结构和执行评估。
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Ultra low consumption device for future electronics-tunnel field effect transistor : A survey
The down-scaling of regular MOSFETs has prompted a looming power emergency, in which static power utilization is ending up noticeably too high. Keeping in mind the end goal to enhance the vitality productivity of electronic circuits, little swing switches are intriguing contender to supplant or supplement the MOSFETs utilized today. TFETs, which are gated p-i-n diodes whose on-current rises up out of band-to-band burrowing, are engaging new devices for low-control applications due to their low off-current and their potential for a little subthreshold swing. Aside from every one of these points of interest TFET experiences low ON current. So to enhance this low ON current many gate engineering structures have been proposed. This paper clarifies every one of the strategies which are utilized till now and furthermore clarifies device structure and execution assessment.
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