Preliminary experimental results from optical frequency comb at NIM

Qiang Wang; Zhan Jun Fang; Fei Meng; Min Ming Wang; Tian Chu Li

Preliminary experimental results from optical frequency comb at NIM

Qiang Wang^*, Zhan Jun Fang, Fei Meng, Min Ming Wang, Tian Chu Li

^*Corresponding author for this work

National Institute of Metrology China

Research output: Contribution to journal › Article › peer-review

Abstract

The recent progress in establishing NIM's first optical frequency comb was reported. A supercontinuum, which spans from 510 nm to -1050 nm, was generated using a segment of 40 cm, 2.0 μm core size PCF fiber. The carrier offset frequency signal fCEO with a signal to noise ratio of better than 35 dB was detected using the standard f-to-2f heterodyne technique. Preliminary phase locking results of the offset frequency was ±0.363 mHz, and the results of the repetition frequency f_r was ±0.245mHz (1σ standard deviation with 1s gate time), which was proved to be limited by the frequency counter (Agilent E53132A) used.

Original language	English
Pages (from-to)	445-447
Number of pages	3
Journal	Guangxue Jishu/Optical Technique
Volume	31
Issue number	SUPPL.
Publication status	Published - Sept 2005
Externally published	Yes

Keywords

Laser techniques
Optical frequency comb
Optical frequency measurement

Cite this

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title = "Preliminary experimental results from optical frequency comb at NIM",

abstract = "The recent progress in establishing NIM's first optical frequency comb was reported. A supercontinuum, which spans from 510 nm to -1050 nm, was generated using a segment of 40 cm, 2.0 μm core size PCF fiber. The carrier offset frequency signal fCEO with a signal to noise ratio of better than 35 dB was detected using the standard f-to-2f heterodyne technique. Preliminary phase locking results of the offset frequency was ±0.363 mHz, and the results of the repetition frequency fr was ±0.245mHz (1σ standard deviation with 1s gate time), which was proved to be limited by the frequency counter (Agilent E53132A) used.",

keywords = "Laser techniques, Optical frequency comb, Optical frequency measurement",

author = "Qiang Wang and Fang, {Zhan Jun} and Fei Meng and Wang, {Min Ming} and Li, {Tian Chu}",

year = "2005",

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AU - Wang, Qiang

AU - Fang, Zhan Jun

AU - Meng, Fei

AU - Wang, Min Ming

AU - Li, Tian Chu

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N2 - The recent progress in establishing NIM's first optical frequency comb was reported. A supercontinuum, which spans from 510 nm to -1050 nm, was generated using a segment of 40 cm, 2.0 μm core size PCF fiber. The carrier offset frequency signal fCEO with a signal to noise ratio of better than 35 dB was detected using the standard f-to-2f heterodyne technique. Preliminary phase locking results of the offset frequency was ±0.363 mHz, and the results of the repetition frequency fr was ±0.245mHz (1σ standard deviation with 1s gate time), which was proved to be limited by the frequency counter (Agilent E53132A) used.

AB - The recent progress in establishing NIM's first optical frequency comb was reported. A supercontinuum, which spans from 510 nm to -1050 nm, was generated using a segment of 40 cm, 2.0 μm core size PCF fiber. The carrier offset frequency signal fCEO with a signal to noise ratio of better than 35 dB was detected using the standard f-to-2f heterodyne technique. Preliminary phase locking results of the offset frequency was ±0.363 mHz, and the results of the repetition frequency fr was ±0.245mHz (1σ standard deviation with 1s gate time), which was proved to be limited by the frequency counter (Agilent E53132A) used.

KW - Laser techniques

KW - Optical frequency comb

KW - Optical frequency measurement

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Preliminary experimental results from optical frequency comb at NIM

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Keywords

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