Comparative analysis of 1-bit memory cell in CMOS and QCA technology

Rupinder Kaur, N. Saluja
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Abstract

Circuit designing with quantum dot cellular automata is one of the most recent technologies which aim at scaling of devices. In this logic design technique, the organization of quantum cells defines the circuit. It is based on field coupled computing. The quantum dot cellular automata has numerous advantages including less area occupied, lack of interconnects, higher clock frequency, and since it doesn’t involve transfer of electrons or flow of current, it has the potential to perform low power calculation. This paper presents the comparison of 1-bit memory cell designed using CMOS technology and quantum dot cellular technology. The quantum dot cellular technology results in lesser occupied area at high clock frequency.
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CMOS和QCA技术中1位存储单元的比较分析
利用量子点元胞自动机进行电路设计是一种以器件规模为目标的最新技术。在这种逻辑设计技术中,量子单元的组织定义了电路。它是基于场耦合计算的。量子点元胞自动机具有许多优点,包括占地面积较小,缺乏互连,时钟频率较高,并且由于它不涉及电子转移或电流流动,因此具有执行低功耗计算的潜力。本文对采用CMOS技术和量子点蜂窝技术设计的1位存储单元进行了比较。量子点蜂窝技术在高时钟频率下占用的面积较小。
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