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引用次数: 0
摘要
算术电路如加法器、多路复用器等是数字信号处理中最重要的电路,并且有许多应用。全加法器电路是算术电路的基本单元。许多应用需要高吞吐量、小面积和超低功耗的电路。在这方面,本文提出了一种采用10个晶体管的新型全加法器电路,并对该电路进行了改进。该全加法器使用低功耗异或门产生和信号,并使用两个晶体管的多路复用器产生执行信号。在Cadence virtuoso设计环境中采用GPDK (Generic Process Design Kit) 45nm工艺设计电路,并利用Spectre模拟器进行仿真。
Full Adder Cell for Low Power Arithmetic Applications
Arithmetic circuits like adder, multiplexer etc. arethe most important circuits in digital signal processing andmany more applications. Full adder circuit is the basic cell ofarithmetic circuits. Many applications require circuits of highthroughput, small area and consume ultra-low power. In thisregards, this paper brings forward a new full adder circuitthat uses 10-Transistors and improved version of the proposed circuit. This full adder uses low power XOR gates to generate sum signal and a multiplexer of two transistors, to generate carry out signal. Generic Process Design Kit (GPDK) 45nm technology is employed in Cadence virtuoso design environment to design circuits which are simulated with Spectre simulator.