Development of an erbium-fiber-laser-based optical frequency comb at NTSC

Yanyan Zhang, Lulu Yan, S. Fan, Long Zhang, Wenyu Zhao, Wenge Guo, Shougang Zhang, Haifeng Jiang
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引用次数: 2

Abstract

We report the research progress of an erbium-fiber-based optical frequency comb with repetition rate 232 MHz. Its repetition rate is stabilized to a continuous wave laser via an intra-cavity electro-optic modulator and a piezo-transducer, yielding an in-loop frequency instability about 2.1×10-16 @ 1s. The carrier envelope offset (CEO) frequency with a signal-to-noise ratio of 45 dB for 300 kHz resolution spectrum is detected by using a common path f-2f interferometer. CEO frequency is locked to a RF reference frequency by controlling the pump current. The frequency instability induced by in-loop CEO frequency is about 2.9×10-16@ 1s. The frequency count in use is a Π-type counter from K&K.
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铒光纤激光光学频率梳的研制
报道了一种重复频率为232mhz的铒光纤光频梳的研究进展。通过腔内电光调制器和压电换能器,其重复率稳定为连续波激光,产生约2.1×10-16 @ 1s的环内频率不稳定性。利用共程f-2f干涉仪检测300 kHz分辨率频谱下信噪比为45 dB的载波包络偏移(CEO)频率。通过控制泵电流,将CEO频率锁定到射频参考频率。环内CEO频率引起的频率失稳约为2.9×10-16@ 1s。使用的频率计数是来自K&K的Π-type计数器。
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Tutorial session Development of an erbium-fiber-laser-based optical frequency comb at NTSC 6/12-channel synchronous digital phasemeter for ultrastable signal characterization and use Research on time and frequency transfer based on BeiDou common view Preparing ACES-PHARAO data analysis
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