FIBER LENGTH COMPENSATED TRANSMISSION OF 2998.01 MHZ RF SIGNAL WITH FEMTOSECOND PRECISION

Jurij Tratnik; Leon Pavlovic; Bostjan Batagelj; Primoz Lemut; Patrik Ritosa; Mario Ferianis; Matjaz Vidmar

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FIBER LENGTH COMPENSATED TRANSMISSION OF 2998.01 MHZ RF SIGNAL WITH FEMTOSECOND PRECISION

机译：具有飞秒精度的2998.01 MHZ RF信号的光纤长度补偿传输

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An electro-optical RF-clock-distribution system for 2998.01 MHz is presented. An added timing jitter of 5 fsRMS and a clock drift of 9.5 fsRMS over 24 h have been measured. The RF signal is distributed through a transmitter-receiver topology as intensity modulation on a CW laser at 1550 nm. Temperature-induced fiber group-delay variations are compensated by adjusting the wavelength of the laser and making use of the fiber chromatic dispersion. The system uses standard, commercially-available telecommunication optical components.

机译：提出了一种用于2998.01 MHz的电光RF时钟分配系统。在24小时内，增加了5 fsRMS的定时抖动和9.5 fsRMS的时钟漂移。 RF信号通过发射器-接收器拓扑作为强度调制在1550 nm的CW激光器上分配。通过调节激光器的波长并利用光纤色散来补偿温度引起的光纤组延迟变化。该系统使用标准的市售电信光学组件。

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来源
《Microwave and optical technology letters》 |2011年第7期|共3页
作者
Jurij Tratnik; Leon Pavlovic; Bostjan Batagelj; Primoz Lemut; Patrik Ritosa; Mario Ferianis; Matjaz Vidmar;
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正文语种 eng
中图分类光学;
关键词
Electro-optical synchronization system; Clock transfer; Phase noise; Long-term phase stability; Femtoseconds;

机译：电光同步系统时钟传递相位噪声长期相位稳定性飞秒;

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专利

1. FIBER LENGTH COMPENSATED TRANSMISSION OF 2998.01 MHZ RF SIGNAL WITH FEMTOSECOND PRECISION [J] . Jurij Tratnik, Leon Pavlovic, Bostjan Batagelj, Microwave and optical technology letters . 2011,第7期

机译：具有飞秒精度的2998.01 MHZ RF信号的光纤长度补偿传输
2. Dispersion-free fiber transmission for femtosecond pulses by use of a dispersion-compensating fiber and a programmable pulse shaper [J] . Chang CC., Weiner AM., Sardesai HP. Optics Letters . 1998,第4期

机译：飞秒脉冲的无色散光纤传输，使用色散补偿光纤和可编程脉冲整形器
3. Design optimization of a dual-core dispersion-compensating fiber with a high figure of merit and a large effective area for dense wavelength-division multiplexed transmission through standard G.655 fibers [J] . Applied optics . 2003,第19期

机译：高品质因数和有效面积大的双芯色散补偿光纤的设计优化，用于通过标准G.655光纤进行密集的波分复用传输
4. Precision timing and Rf signal dissemination for XFEL by delivering optical frequency comb through length-stabilized fiber [C] . Musha Mitsuru, Ryuo Toshio, Nakagawa Kenichi, 2011 30th URSI General Assembly and Scientific Symposium . 2011

机译：通过通过长度稳定的光纤传输光频率梳，实现XFEL的精确定时和Rf信号分发
5. Demonstration of code-division multiple-access encoding and decoding of femtosecond optical pulses over a 2.5-km dispersion-compensated fiber link. [D] . Chang, Cheng-Chun. 1997

机译：飞秒光脉冲在2.5公里色散补偿光纤链路上的码分多址编码和解码演示。
6. 16 MHz wavelength-swept and wavelength-stepped laser architectures based on stretched-pulse active mode locking with a single continuously chirped fiber Bragg grating [O] . Reza Khazaeinezhad, Meena Siddiqui, Benjamin J. Vakoc -1

机译：基于具有单个连续s光纤布拉格光栅的拉伸脉冲有源模式锁定的16 MHz波长扫描和波长步进激光架构
7. Optical fibers with interferometric path length stability by controlled heating for transmission of optical signals and as components in frequency standards [O] . Mueller, Holger, Peters, Achim, Braxmaier, Claus 2006

机译：具有干涉测量路径长度稳定性的光纤加热用于传输光信号和作为频率分量标准
8. Performance of Optical Fibers for Reference Frequency and IF Signal Transmissions in VLBI Observation [R] . Sato, K., Hara, T. 1989

机译：VLBI观测中参考频率和IF信号传输的光纤性能

FIBER LENGTH COMPENSATED TRANSMISSION OF 2998.01 MHZ RF SIGNAL WITH FEMTOSECOND PRECISION

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