通用飞秒光纤发条

B. Nyushkov, V. Pivtsov, N. A. Koliada, I. Korel, V. Denisov, S. Bagayev
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引用次数: 0

摘要

我们报告了一种基于光纤飞秒频率梳状发生器和先进稳定系统的通用光时钟的发展。梳状发生器采用高稳定锁模铒光纤激光器和原装高非线性混合光纤。频率稳定的实施概念提供了时钟的通用性,并允许频率稳定性从不同类型的光学标准转移到生成的无线电和光学频率。如果采用适当的光学频率标准,时钟装置可以确保产生频率的超低相对不稳定性(小于10-17)。时钟装置被批准与分子(I2)和单离子(Yb+)光学标准操作。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Universal femtosecond fiber-optic clockwork
We report on development of a universal optical clockwork based on a fiber-optic femtosecond frequency comb generator with an advanced stabilization system. The comb generator employs a highly-stable mode-locked erbium-fiber laser and an original hybrid highly-nonlinear fiber. The implemented concept of frequency stabilization provides universality of the clockwork and allows frequency stability transfer from different types of optical standards to the generated radio and optical frequencies. The clockwork can ensure ultra-low relative instability (less than 10-17) of generated frequencies provided that a proper optical frequency standard is applied. The clockwork is approved for operation with molecular (I2), and single-ion (Yb+) optical standards.
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