Design of High Speed, Low Power 16x16 Vedic Multiplier With Adiabatic Logic

K. Arunkumar, P. Mangayarkarasi, Beulah Jackson, A. A. Juliette
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引用次数: 2

Abstract

Multiplication is the major process in all the arithmetic applications. Processors make use of adders and multipliers for all the arithmetic applications. The proposed work presents the efficient usage of Vedic multiplier than the conventional multiplier. The objective is to achieve low power consumptions and reduced propagation delay. This is achieved by implementing the Vedic multiplier using Adiabatic Logic ad Vedic sutra. Vedic mathematics suggests many sutras, where Urdhava Tiryakbhyam is dedicated for multiplication of N*N numbers. In the proposed work partial sum and products are obtained in single iterative step. ac power supply is used by Adiabatic Logic instead of de power supply. In the proposed work, the design of Vedic Multiplier is done using 180nm CMOS processing technology through Cadence Virtuoso tool
采用绝热逻辑的高速、低功耗16x16倍频器的设计
乘法是所有算术应用中的主要运算过程。处理器在所有算术应用程序中都使用加法器和乘法器。所提出的工作展示了吠陀乘数比传统乘数更有效的使用。目标是实现低功耗和减少传播延迟。这是通过使用绝热逻辑和吠陀经典来实现吠陀乘数的。吠陀数学暗示了许多经典,其中Urdhava Tiryakbhyam专门用于N*N数字的乘法。在该方法中,部分和与积在单步迭代中得到。绝热逻辑使用交流电源代替电源。在本文中,采用180nm CMOS加工技术,通过Cadence Virtuoso工具完成了吠陀乘法器的设计
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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