基于射频次采样的三波段AIS和DSC无线电接收机的设计

Malek Naoues, R. Barrak, A. Ghazel
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引用次数: 3

摘要

本文提出了三波段AIS1、AIS2和DCS甚高频接收机的设计。原始的高度集成和单路径射频前端是通过用采样和保持电路替换传统的模拟混频器来定义的,用于频率下变频。基于rf次采样理论的详细系统级设计允许在考虑抗混叠和噪声约束的情况下为三个无线电频段选择48.93 MHz的优化采样频率。接收机的设计基于商用元件,具有宽松的特性。采用ADS模型对所选元件进行了仿真,结果表明该系统性能良好,信噪比降低7 dB。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design of an RF-subsampling based tri-band AIS and DSC radio receiver
This paper proposes the design of a tri-band AIS1, AIS2 and DCS VHF Receiver. Original highly integrated and single path RF front-end is defined by replacing conventional analog mixers with a Sample and Hold circuit for frequency downconversion. Detailed system level design based on RF-subsampling theory allowed the choice of an optimized sampling frequency of 48.93 MHz for the three radio bands by considering anti-aliasing and noises constraints. The receiver design is based on commercial components with relaxed characteristics. Simulation results with ADS models for selected components shows good performances with an SNR degradation of 7 dB.
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