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Analysis of sampling clock jitter effect on the SNR of two RF sampling receivers

机译:两个射频采样接收器SNR的采样时钟抖动效应分析

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Today the RF sampling receivers have divided into direct sampling receivers with an ADC converter for low RF signals and direct pulse sampling receivers for high RF signals. Factors that affect the SNR of the two RF sampling systems are analyzed. Clock jitter is proved to be the key factor affecting RF sampling. This paper analyzes the cause of clock jitter and the relationship between jitter error and the input signal frequency, then gives the formula of SNR with jittered noise of the two receivers. Simulation results are given to verify the rational analysis. The results show that the SNR decreases with the increases of input signal frequency, and intensive jittered clock can also result in a serious deterioration of SNR.
机译:如今,RF采样接收器已经分为具有用于低RF信号的ADC转换器的直接采样接收器,以及用于高RF信号的直接脉冲采样接收器。分析了影响两个RF采样系统的SNR的因素。被证明时钟抖动是影响射频采样的关键因素。本文分析了时钟抖动的原因和抖动误差与输入信号频率之间的关系,然后给出了两个接收器的抖动噪声的SNR公式。仿真结果验证了合理分析。结果表明,SNR随着输入信号频率的增加而降低,强化抖动时钟也可能导致SNR的严重劣化。

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