无线应用的LNA拓扑综述

A. Azizan, S. Murad, R. C. Ismail, M. Yasin
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引用次数: 23

摘要

本文对低噪声放大器设计方面的一些研究成果进行了综述。本文将探讨几种最新的LNA架构,但重点介绍四种拓扑技术,即正向偏置、自偏置逆变器、共源级联和级联码技术。这些架构能够将用于无线传感器网络(WSN)的典型CMOS功耗降至最低。此外,还对高增益、低噪声、输入输出匹配等方面进行了综述。为了提供极低的功耗并优化所有特性方面,然后讨论了每种拓扑的性能。进一步的研究将基于这四种拓扑比较,以设计一个新的成功的LNA。
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A review of LNA topologies for wireless applications
This paper presents the reviews of few previous works for low noise amplifier design (LNA). This paper will explore several recent architectures of LNA but focused on four techniques of topologies which are forward body bias, self-biased inverter, common source cascade and cascode technique. Those architectures are able to minimize power consumed in a typical CMOS for wireless sensor network (WSN). Besides, high gain, low noise, input and output matching are also reviewed. As to provide extremely low power and also optimized all characteristics aspects, the performance for each topologies then are discussed. Further research will be conducted based on these four topologies comparisons in order to design a new successful LNA.
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