Vedic Multiplier in 45nm Technology

Chiranjit R Patel, Vivek Urankar, Vivek B A, V. Bharadwaj
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引用次数: 9

Abstract

Multipliers in a digital processor remains as a core of mathematical computing paradigm. In ancient times Vedic mathematicians developed basic multiplication algorithms. This study focuses on optimizing area and designing the multiplier in 45 nanometer CMOS technology. Layout design and verification of a 4-bit multiplier is carried out. Operating voltage ranges from 0.9V to 1.1V, this aids in low power operation or the multiplier. Consuming 3.795uW of power in the highest constraint situation. "Layout Versus Schematic" and "Design Rule Check" (LVS & DRC) are the two software verification tools used to verify the integrated circuit design. Delay and power analysis of the multiplier using Cadence virtuoso manager are discussed. Delay of the proposed 4-bit multiplier in 45nm CMOS technology multiplier is 250ps by including all constraints.
45纳米技术的吠陀倍增器
数字处理器中的乘法器仍然是数学计算范式的核心。在古代,吠陀数学家发展了基本的乘法算法。本文主要研究了45纳米CMOS技术下乘法器的面积优化和设计。进行了4位乘法器的布局设计和验证。工作电压范围从0.9V到1.1V,这有助于低功率操作或倍增器。在最高约束情况下消耗功率为3.795uW。“布局与原理图”和“设计规则检查”(LVS & DRC)是用于验证集成电路设计的两个软件验证工具。讨论了利用Cadence virtuoso管理器对乘法器进行时延和功率分析。在考虑所有约束条件后,所提出的45纳米CMOS技术乘法器的4位乘法器延迟为250ps。
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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