Analysis on the phase noise degradation of an optoelectronic oscillator submitted to vibrations

Pierre Travers, Y. Léguillon, F. Louf, P. Boucard, L. Morvan, D. Dolfi, V. Crozatier
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Abstract

We present our recent investigations on the acceleration sensitivity of an ultra-low phase noise optoelectronic oscillator operating at 10 GHz. We measured the OEO phase noise degradation, submitting successively every component to vibration. The fiber spool is the bottleneck, with a 10−8 g−1 sensitivity. We also performed optical intensity noise and laser frequency noise measurements under vibration, showing coupling mechanisms from vibration to phase noise degradation.
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光电振荡器在振动作用下的相位噪声退化分析
本文介绍了工作在10ghz的超低相位噪声光电振荡器的加速度灵敏度的最新研究。我们测量了OEO相位噪声的退化,将每个组件依次提交给振动。光纤线轴是瓶颈,具有10−8 g−1的灵敏度。我们还进行了振动下光强噪声和激光频率噪声的测量,显示了振动到相位噪声退化的耦合机制。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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