基于石墨烯电阻器的无比例三元逆变器设计

S. Heo, J. Noh, Yun Ji Kim, So-Young Kim, Abdul Karim Khan, B. Lee
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引用次数: 6

摘要

本研究提出了一种使用石墨烯电阻器(GB)的三元逻辑逆变器的设计。为了设计一个多值逻辑门,控制单元器件的阈值电压应该很容易。我们确定石墨烯的掺杂浓度可以很容易地控制GB的工作电压。为了实现理想的三元逻辑门,提出了单极三投开关的概念,并利用GB进行了设计。利用SPICE软件和Mathematica软件对所设计的无理性GB三元逆变器进行了仿真。该逆变器的电压传递特性表现出明显的三元特性,其静态功耗几乎为零。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design of Ratioless Ternary Inverter Using Graphene Barristor
This study proposes a design of a ternary logic inverter using graphene barristor (GB). To design a multiple-valued logic gate, controlling threshold voltages of the unit device should be easy. We determined that the doping concentration of the graphene can easily control the operation voltage of the GB. To realize an ideal ternary logic gate, the concept of a single pole triple throw switch is proposed and designed using the GB. The designed ratioless GB ternary inverter was simulated using SPICE and Mathematica. Voltage transfer characteristics of the proposed ternary inverter showed sharp ternary characteristics and its static power consumption was nearly zero.
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