In this paper, it is introduced about how to utilize digital frequency temperature compensation circuit (DFTCC) to improve DRO s frequency vs temperature range stability.
本文介绍了一种利用数字频率温度补偿装置来提高DRO的频率温度稳定性的方法。
The classification of DRO has been recommended and reflecting type DRO, feedback type DRO have been simulated and designed.
本文介绍了介质谐振振蕩器(dro)的分类,并对其中的反射式DRO和并联反馈式dro进行了优化设计。
Upon reviewing four kinds of the basic DRO topologies, we choose the series feedback DRO.
在对DRO的四种基本电路结构分析基础上,我们选择串联反馈型DRO电路结构。
In this dissertation, the basic theory of low phase noise millimeter wave source based on DRO is described at first.