进位选择加法器的不同实现综述

N. Umapathi, G. Krishna, L. Srinivas
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引用次数: 3

摘要

VLSI技术在数字世界中无处不在。vlsi技术的真正应用是个人电脑、手机、数码相机或摄像机。这些应用的重要参数是面积、运行速度和功耗。最新数字设备的基本组成部分是加法器。在信号处理中,加法器起着至关重要的作用。我们有很多种加法器。每个加法器都有自己的功能。为了减少面积、运算速度和功耗等主要问题,人们发明了许多新的加法器。进位选择加法器(CSLA)是众多加法器中重要的一种。进位选择加法器(CSLA)的传输延迟优于其他加法器,但关键问题在于其功耗和面积。本文综述了进位选择加法器(CSLA)的不同实现逻辑,并对不同类型的进位选择加法器(CSLA)进行了比较分析。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Comprehensive Survey on Distinctive Implementations of Carry Select Adder
VLSI technology is everywhere in digital world. The real applications of VLSItechnology are personal computers, cell phones, digital camera or camcorders. The important parameters for these applications are area, operational speed and power consumption. The essential component of latest digital devices is adders. In signal processing adder plays a vital role. We have many kinds of adders. Each adder has its own functionality. To reduce the principal problems i.e., area, operational speedand power consumption, many new adders are invented. Carry select adder(CSLA) is one of the important adder out of theother adders. The propagation delay of carry select adder(CSLA) is better than other adders but the key issue is with its power consumption and area. In this brief, we have reviewed about distinct implementation logics of the carry select adder(CSLA) and the comparative analysis has been done for different types carry select adders(CSLA).
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