CMOS RF receiver: from system architecture to circuit implementation

Pengfei Zhang
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引用次数: 2

Abstract

RF-CMOS is considered more favorable primarily for the following two reasons: Firstly, capitalizing on the fabrication maturity and manufacture volume, one would justifiably expect the lowest possible cost. Secondly, it has undoubtedly the best potential for wireless system-on-chip (SOC) for its seamless compatibility with digital baseband circuit fabrication process. This paper reviewed system architectures of receiver design with emphasis on suitability of CMOS implementation. Circuit design issues for various building blocks in a typical receiver have been discussed. Finally, a design example of a 5-GHz receiver for WLAN application has been demonstrated
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CMOS射频接收器:从系统架构到电路实现
RF-CMOS被认为更有利,主要有以下两个原因:首先,利用制造成熟度和制造量,人们有理由期望尽可能低的成本。其次,它与数字基带电路制造工艺的无缝兼容,无疑具有无线片上系统(SOC)的最佳潜力。本文回顾了接收机设计的系统架构,重点讨论了CMOS实现的适用性。讨论了典型接收机中各种构建模块的电路设计问题。最后,给出了一个用于WLAN应用的5ghz接收机的设计实例
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