A new all-digital phase-locked loop based on single CPLD

Wei-Chieh Shen, Fan Zhang
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引用次数: 1

Abstract

With the development of digital circuit technology, digital phase-locked loop (DPLL) has been widely applied. But regard to the existing DPLL systems, both the range of the locked phase and the running speed can't meet the needs of the application in reality. The heart of the matter is the constraint of algorithm and structure. In order to improve the performance, we present a new all-digital phase-locked loop (ADPLL) in this paper. We adopted frequency tracking algorithm and phase tracking algorithm to composite frequency multiplying signal and phase-locked signal in a way similar to the DDS. All algorithms were loaded into a single CPLD. The CPLD which was customized to a DPLL has a good performance in the tests. Compared to the current ones, this one locks phase faster and the frequency range of the input signal is wider.
一种基于单CPLD的全数字锁相环
随着数字电路技术的发展,数字锁相环得到了广泛的应用。但就现有的DPLL系统而言,无论是锁相范围还是运行速度都不能满足实际应用的需要。问题的核心是算法和结构的约束。为了提高性能,本文提出了一种新的全数字锁相环(ADPLL)。我们采用频率跟踪算法和相位跟踪算法,以类似于DDS的方式将乘频信号和锁相信号合成。所有算法都加载到单个CPLD中。将CPLD定制为DPLL,在测试中取得了良好的性能。与现有的锁相器相比,这种锁相器锁相速度更快,输入信号的频率范围更宽。
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