Li Weiliang, Yu Chunyu, Fei Bin, et al. Single electro-absorption modulator-based generation of super-flat dual optical frequency combs. [J]. (4):42-45(2015)
Li Weiliang, Yu Chunyu, Fei Bin, et al. Single electro-absorption modulator-based generation of super-flat dual optical frequency combs. [J]. (4):42-45(2015) DOI: 10.13756/j.gtxyj.2015.04.015.
Single electro-absorption modulator-based generation of super-flat dual optical frequency combs
In order to generate flat Optical Frequency Comb(OFC)with equal frequency spaces
a novel scheme for the generation of super-flat dual optical frequency combs is demonstrated on the basis of the intensity modulation property of single MQW-based electro-Absorption Modulator(EAM).In this scheme
the reversed bias voltage and the radio frequency-driven signal amplitude of the MQW EAM are precisely controlled by placing a rectangular optical filter before the EAM and a dual optical frequency comb with a flatness of 0.01 dB is obtained after filtering out the center line of the spectrum.The scheme is simulated with the software Optisystem7.0.In this simulation
dual optical frequency combs symmetrically at the sides of the centerline of the spectrum both with bandwidth of 300 GHz
15spectral lines
interline spacing of 20 GHz and flatness of 0.01 dB can be generated by all laser light sources with different linewidths(100kHz
Electro-optic Modulation Programmable Optical Frequency Comb based on Deep Learning
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College of Electronic and Optical Engineering & College of Flexible Electronics (Future Technology), Nanjing University of Posts and Telecommunications