In this paper, a low-jitter process-independent DLL(delay locked loop) based on self-biased techniques is presented.
本文给出了一种采用自偏置技术的低抖动延迟锁相环，可应用于高频时钟产生电路。
To this end the current multipath estimation delay locked loop(MEDLL) was investigated and improvements were proposed based on the zero-point fixed principle.
为了消除扩频系统中的多径干扰，文章基于稳态零点不变的原则对多径估计延迟锁相环（MEDLL）进行研究及改进。
During the design of delay - locked loop, the frame of the whole circuit is introduced and then the principles and implementation of the basic modules are presented.
在数字延迟锁相环设计中，先整体讲述电路的整体构架的设计，然后详细阐述了基本模块的实现方法与原理。
Theoretical and numerical results show that the new scheme has an improved performance and remarkable complexity simplicity as compared with the classical digital delay-locked loop.
理论分析和数值结果表明，该方案较传统的延迟锁定跟踪方案明显降低了实现复杂度，而且性能有所提高。
Theoretical and numerical results show that the new scheme has an improved performance and remarkable complexity simplicity as compared with the classical digital delay-locked loop.
理论分析和数值结果表明，该方案较传统的延迟锁定跟踪方案明显降低了实现复杂度，而且性能有所提高。
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