All-fiber ring-cavity for frequency stability transfer at 1.55 mu m

Gruning Pierre; Chaouche-Ramdane Amine; Manamanni Karim; Aoudjit Thinhinane; Roncin Vincent; Du-Burck Frederic

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All-fiber ring-cavity for frequency stability transfer at 1.55 mu m

机译：全纤维环腔，用于频率稳定性转移1.55亩

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A compact setup for transferring the stability of a metrological frequency reference at 1.55 mu m is described. One mode of a fiber-ring cavity is frequency-locked onto the reference. The stability transfer is achieved by locking an extended-cavity diode laser, tunable over 100 nm onto one cavity mode. Once locked, this tunable laser exhibits a relative frequency stability dose to 10(-12) for integration times from 1 to 3000 s (minimum of 6.10(-13) at 10 s). We show that this stability limitation is due to the polarization fluctuations' sensitivity of the fiber optic components. Using a second cavity, the frequency stability transfer over 58 nm is demonstrated at a level of 4.10(-12). Associated with a local frequency reference and with an efficient acoustic and thermal insulation, this compact setup is intended for embedded metrological applications. (C) 2019 Optical Society of America

机译：描述了用于在1.55μm下传送计量频率参考的稳定性的紧凑型设置。光纤环腔的一种模式被锁定到参考附注上。通过锁定延伸腔二极管激光器，可在100nm上调谐到一个腔模式来实现稳定性传递。一旦锁定，这种可调谐激光器就具有10（-12）的相对频率稳定剂量，用于在10秒的1至3000s（最小6.10（-13）的整合时间。我们表明，这种稳定性限制是由于光纤部件的极化波动的灵敏度。使用第二腔，在4.10（-12）的水平下对超过58nm的频率稳定性传递。与局部频率参考和有效的声学和绝热相关联，该紧凑型设置旨在用于嵌入式计量应用。（c）2019年光学学会

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《Applied optics》 |2019年第6期|共6页
作者
Gruning Pierre; Chaouche-Ramdane Amine; Manamanni Karim; Aoudjit Thinhinane; Roncin Vincent; Du-Burck Frederic;
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Univ Paris 13 Sorbonne Paris Cite UMR CNRS 7538 Lab Phys Lasers 99 Av J-B Clement F-93430 Villetaneuse France;

Univ Paris 13 Sorbonne Paris Cite UMR CNRS 7538 Lab Phys Lasers 99 Av J-B Clement F-93430 Villetaneuse France;

Univ Paris 13 Sorbonne Paris Cite UMR CNRS 7538 Lab Phys Lasers 99 Av J-B Clement F-93430 Villetaneuse France;

Univ Paris 13 Sorbonne Paris Cite UMR CNRS 7538 Lab Phys Lasers 99 Av J-B Clement F-93430 Villetaneuse France;

Univ Paris 13 Sorbonne Paris Cite UMR CNRS 7538 Lab Phys Lasers 99 Av J-B Clement F-93430 Villetaneuse France;

Univ Paris 13 Sorbonne Paris Cite UMR CNRS 7538 Lab Phys Lasers 99 Av J-B Clement F-93430 Villetaneuse France;

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All-fiber ring-cavity for frequency stability transfer at 1.55 mu m

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