Adiabatic Logics to Reduce Power Dissipation

R. Adhikari, R. Arya
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Abstract

Now a days the market of electronic devices are continuously increasing, all the devices are made up of electronic components like transistor, resistors etc. Therefore the VLSI technology is increasing from the past few decades. As advancement in technology increases the circuits become complex and dissipates more energy and power. So the basic need is to reduce the power consumption of these devices with faster speed. There is an alternate approach which consumes less power than convention CMOS circuits and this new technique is known as Adiabatic Logic. Via Adiabatic switching logic we can conserve the energies instead of dissipated as heat. In this paper we describe the different type of adiabatic logic families used to low power dissipation in digital circuits.
绝热逻辑,降低功耗
如今,电子器件的市场不断扩大,所有的器件都由晶体管、电阻器等电子元件组成。因此,超大规模集成电路技术在过去几十年中不断发展。随着技术的进步,电路变得复杂,消耗更多的能量和功率。因此,基本需求是以更快的速度降低这些设备的功耗。有一种替代方法比传统CMOS电路消耗更少的功率,这种新技术被称为绝热逻辑。通过绝热开关逻辑,我们可以保存能量,而不是作为热量耗散。在本文中,我们描述了在数字电路中用于低功耗的不同类型的绝热逻辑族。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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