自调节稳定锁相环的系统设计与数学分析

Yinding Cao
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引用次数: 0

摘要

提出了一种自调节稳定锁相环电路。根据分频比的变化,可以利用编码器产生的代码来控制电荷泵的充放电电流。然后改变锁相环相裕度并将相裕度固定在要求的范围内,同时保证锁相环的稳定性。它还可以保证锁相环的速度。同时对自调节稳定锁相环电路进行了系统设计和数学分析。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
System Design and Mathematical Analysis of Self-Adjusting Stable PLL
This paper proposes a self-adjusting stable phase-locked loop circuit. According to the change of the frequency division ratio, it can use the code generated by the encoder to control charge pump charge and discharge current. Then it can change the PLL loop phase margin and fix phase margin at the required range to ensure the stability of the phase-locked loop at the same time. It also can guarantee the speed of the phase-locked loop. Meanwhile the paper has carried on the system design and mathematical analysis about the self-adjusting stable phase-locked loop circuit.
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