Generation of new time scale at ROB: Combination of cesium clocks and hydrogen masers

S. Sharma, P. Defraigne
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Abstract

The tuning of the master clock frequency at ROB, is performed using a daily monitoring based on GNSS geodetic time transfer with different UTC(k)'s located in remote time laboratories. To enhance the independence of the ROB, a time scale algorithm is under process, using the ensemble of cesium clocks and H masers data. Equal clock weighting has been replaced by time-varying noise characteristics of the two different types of clocks. Correction of frequency drift is required by the masers. This paper will present the algorithm and the different tests performed in order to increase its robustness and reliability.
新一代的时间尺度在罗布:铯钟和氢脉泽的组合
在ROB,主时钟频率的调整是使用基于位于远程时间实验室的不同UTC(k)的GNSS大地时间传输的每日监测来执行的。为了提高ROB的独立性,利用铯钟和H脉泽数据的集合,正在研究一种时间尺度算法。相等的时钟权重已被两种不同类型时钟的时变噪声特性所取代。微波激射器需要校正频率漂移。本文将介绍该算法并进行不同的测试,以提高其鲁棒性和可靠性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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