分数n频率合成器的闭环行为和前馈模型模拟的差异观察

Dawei Mai, Hongjia Mo, Michael Peter Kennedy
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引用次数: 1

摘要

传统上,分数n合成器是使用闭环行为模型进行模拟的,模拟非常耗时。通过Perrott等人的分析,我们可以得到分数n频率合成器的一个更直接的模型,即前馈模型。前馈模型仿真提供了快速,相对准确的评估分数n合成器分频控制器设计。在本工作中,我们指出了在CppSim环境下进行的闭环行为模型仿真与前馈模型仿真的几个区别,并在分析和仿真结果的基础上讨论了它们的意义。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Observations of the differences between closed-loop behavioral and feed-forward model simulations of fractional-N frequency synthesizers
Conventionally, a fractional-N synthesizer is simulated using a closed-loop behavioral model and the simulations can be very time-consuming. With the analysis by Perrott et al., a more straightforward model, namely the feed-forward model, for the fractional-N frequency synthesizer is available. The feedforward model simulations provide quick, relatively accurate evaluation of fractional-N synthesizer divider controller designs. In this work, we point out several differences in the closed loop behavioral model simulations performed in the CppSim environment and the feed-forward model simulations and discuss their significance on the base of analysis and simulation results.
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