Journal
FRONTIERS IN PHYSICS
Volume 10, Issue -, Pages -Publisher
FRONTIERS MEDIA SA
DOI: 10.3389/fphy.2022.963870
Keywords
compact atomic clocks; cesium beam; fluorescence; magnetic state selection; frequency stability
Categories
Funding
- Joint Fund of the Ministry of Education of China
- [8091B042103]
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This paper presents an overview of the optically detected magnetic-state-selected cesium beam clock (OMCC) and discusses its technical issues, noise sources, frequency shifts, and improvements. The frequency stability of five OMCC is also compared to that of the high-performance version of Microsemi 5071A.
Among all kinds of compact cesium beam clocks, the optically detected magnetic-state-selected cesium beam clock (OMCC) combines the advantages of the magnetic state selecting scheme and fluorescence detecting method. This paper presents an overview of the OMCC. Technical issues, noise sources, frequency shifts and improvements of OMCC are reviewed. Finally, the frequency stability of five OMCC is given, which is better than the stability of the high-performance version of Microsemi 5071A.
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