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Dynamic Frequency Response Of The Auto-Tuned Hydrogen Maser To Systematic Perturbations

机译:自调谐氢激子对系统扰动的动态频率响应

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摘要

This paper discusses the frequency stability of atomic hydrogen masers which use the cavity frequency-switching automatic cavity frequency stabilization system. The theoretical response of the maser output frequency when the cavity frequency is perturbed by systematic perturbations is presented and compared with experimental measurements. A new and improved implementation of the auto-tuner design is also introduced which has promise to significantly improve the long term stability of the hydrogen maser.
机译:本文讨论了使用腔体频率切换自动腔体频率稳定系统的原子氢激射器的频率稳定性。提出了当腔频率受到系统扰动时,激射器输出频率的理论响应,并与实验测量结果进行了比较。还介绍了自动调谐器设计的新的和改进的实现方式,它有望显着提高氢激射器的长期稳定性。

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