Radio-Frequency Transfer over a 1007-km Fiber Link by Passive Phase Conjugation

Fan Hu, Chenxia Liu, Dongxing Wang, Jingxi Liang, Shujin Zhou, Yaojun Qiao, Song Yu
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Abstract

We have demonstrated accurate frequency transfer via an ultra long span optical-fiber link by passive phase conjugation, which is based on frequency mixing. Combing with the phase-lock-loop, our compensation technique can eliminate the effect of phase noise that introduced during the optical-fiber transmission, so the phase of remote signal is synchronized to the phase of local reference signal. The transfer stability of our experiment with 2.4 GHz frequency signal through a 1007 km fiber link is 6.9_10-14/s and 4.1_10-16/104s.
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通过无源相位共轭在1007公里光纤链路上进行射频传输
我们展示了基于频率混合的无源相位共轭在超长跨度光纤链路上的精确频率传输。结合锁相环,我们的补偿技术可以消除光纤传输过程中引入的相位噪声的影响,使远端信号的相位与本地参考信号的相位同步。本实验对2.4 GHz频率信号通过1007 km光纤链路的传输稳定性分别为6.9_10-14/s和4.1_10-16/104 /s。
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