纳米线场效应管电流反射镜的设计

E. Mazidi
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引用次数: 1

摘要

随着纳米技术的日益发展和纳米电子器件的实现,很明显,下一步的发展将是纳米电路。考虑到通常的0.1µm CMOS和纳米级晶体管之间的技术差异,必须使用纳米技术电路制造整个IC。几乎所有的集成电路都需要电流源,并且电流镜的普遍使用产生了用纳米技术设计电流源的必要性。因此,本文提出了一种电流镜像电路的设计,该电路采用纳米晶体管代替传统的CMOS晶体管。目前纳米晶体管主要有两种类型,纳米线晶体管和碳纳米管晶体管;纳米线晶体管将提供比碳纳米管晶体管更高的输出电流和更好的输出阻抗;这就是为什么我们选择纳米线晶体管(NWT)作为我们的目的。我们在这里使用的电流反射镜是一种精确的电流反射镜源,适合于混合信号IC应用,其稳定性和高输出阻抗。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Designing current mirror with Nano wire FET
As Nano technology develops more each day and Nano electronic devices come to realization it is obvious that the next step of development would be Nano circuits. Considering the technology difference between the usual 0.1 µm CMOS and Nano scale transistors it is mandatory to fabricate the whole IC with Nano technology circuits. The need for a current source in almost all of the integrated circuits and the common usage of current mirror creates the necessity to design one with Nano technology. Therefore what we have presented in this paper is the design of a current mirror circuit, which uses Nano transistors instead of the usual CMOS transistors. There are two main types of Nano transistors at present, Nano wire transistors and carbon Nano tube transistors; Nano wire transistors will provide a higher output current than carbon Nano tube transistors and better output impedance; which is why we have chosen Nano wire transistors (NWT) for our purposes. The current mirror we used here is an accurate current mirror source suitable for mixed signal IC applications for its stability and high output impedance.
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