变频调速及UTC(K)控制

Y. Haibo, Guang Wei
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引用次数: 1

摘要

原子钟是计时系统中的关键设备,但原子钟的输出频率总是与国际原子时(TAI)不同,而在原子钟群中,主时钟直接影响UTC(K)的性能,因此有必要将主时钟的频率转向TAI。一般情况下,主时钟的输出频率由微相位步进器控制。本文讨论了以时钟速率和本地原子时间(TA)计算转向数据的方法和理论,并在此基础上进行了UTC(K)频率转向实验。实验结果表明,该方法和理论是正确的,变频调速软件可用于UTC(K)的控制。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Frequency steering and the control of UTC(K)
The atomic clock are the key device in the time keeping system, however, the output frequency of an atomic clock always is different to the International Atomic Time(TAI), and among the atomic clock group the master clock directly affects the performance of the UTC(K), so it is necessary to steer the frequency of the master clock to the TAI In general, the output frequency of the master clock is steered by a micro-phase stepper. In this paper, the method and theory of how to calculate the steering data is discussed with the clock rate and local Atomic Time(TA), and then an experiment of frequency steering of UTC(K) is done. The conclusions of the experiment show that the method and the theory are correct and the frequency steering software can be used in the control of UTC(K).
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