同时多波段射频分采样接收机的设计

Nastaran Behjou, T. Larsen, Morten Hoegdal
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引用次数: 7

摘要

本文讨论了多标准射频分采样前端的实际设计问题。给出了双标准次采样接收机的系统级设计流程,重点讨论了两个重要的设计问题。第一个关键的设计问题是仔细选择采样率,从而选择接收器的频率计划。本文是基于一种新的提出的干扰剖面来实现这一目标的。第二个问题与子采样接收器的射频要求有关。考虑到支持UMTS和WLAN的射频分采样接收机的系统问题、多标准操作和干扰影响,在现有规范的基础上推导了接收机的要求。对提出的问题进行了理论分析和仿真。此外,在设计和实现的次采样接收器上进行了测量。实验结果与理论和仿真结果完全吻合。
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Design of a simultaneous multi-band RF sub-sampling receiver
This paper addresses the practical design issues of a multi-standard RF sub-sampling front-end. The system level design flow of a dual-standard sub-sampling receiver is provided with focus on two important design issues. The first critical design issue is the careful selection of the sampling rate and consequently the frequency plan of the receiver. This is done in this paper based on a novel proposed interfering profile. The second issue relates to the RF requirements of the sub-sampling receiver. By considering the system issues, multi-standard operation and interfering effects in a RF sub-sampling receiver supporting UMTS and WLAN, the receiver requirements have been derived based on the existing specifications. The proposed issues are theoretically analyzed and simulated. Furthermore, measurements are made on a designed and implemented sub-sampling receiver. The experimental results agree fully with theory and simulations.
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