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Realization of gate performance using Hybrid SET -CMOS Pass transistor based logic gate

机译:使用混合集的栅极性能实现-CMOS通过晶体管基于晶体管的逻辑门

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In present research areas of VLSI design &Microelectronics technology, Single Electron Transistor is in a place of attraction for the researchers due to, ultralow power dissipation, feature size in nanoscale and characteristics like Coulomb blockade, it may replace Field Effect Transistor (FET). SET is very much advantageous than CMOS in few points. And from some different points CMOS is much advantageous than SET. So it is observed that Combination of CMOS and SET, i.e. hybridization is very much effective in the Nanoscale and low power VLSI circuits. Our paper has given an idea to make elemental Hybrid SET-CMOS pass transistor logic circuit and implementation of logic OR gate. The circuit simulation is done in Tanner environment using TSPICE, BSIM4.6.1 and MIB model. All the values, used are the room temperature operable values.
机译:在VLSI设计和微电子技术的目前研究领域,单电子晶体管由于Ultralow功耗,纳米级和特点等特征,因此单电子晶体管是研究人员的景点,并且可以代替场效应晶体管(FET)。在几点中,设定比CMOS非常有利。来自一些不同的点CMOS是比集合的有利。因此,观察到CMOS和集合的组合,即杂交在纳米级和低功率VLSI电路中非常有效。我们的论文有一个想法,可以使元素混合Set-CMOS通过晶体管逻辑电路和逻辑或门的实现。使用TSpice,BSIM4.6.1和MIB模型在Tanner环境中完成了电路仿真。所有的值,使用的是室温可操作的值。

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