• Acta Photonica Sinica
  • Vol. 48, Issue 12, 1214003 (2019)
Gui-ying LI1、1, Wen-yan YANG1、1、2、2, Zheng-mao WU1、1, and Guang-qiong XIA1、1、*
Author Affiliations
  • 1School of Physical Science and Technology, Southwest University, Chongqing 400715, China
  • 2School of Mathematics and Physics, Chongqing University of Science and Technology, Chongqing 401331, China
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    DOI: 10.3788/gzxb20194812.1214003 Cite this Article
    Gui-ying LI, Wen-yan YANG, Zheng-mao WU, Guang-qiong XIA. Broadband Optical Frequency Comb Generation Based on a Current-modulated 1 550 nm-VCSEL Subject to Optical Injection[J]. Acta Photonica Sinica, 2019, 48(12): 1214003 Copy Citation Text show less
    Schematic diagram of a broadband OFC generation based on a current-modulated 1 550 nm-VCSEL under optical injection
    Fig. 1. Schematic diagram of a broadband OFC generation based on a current-modulated 1 550 nm-VCSEL under optical injection
    P-I0 curve of a free-running 1 550 nm-VCSEL and optical spectrum for I0=11.5 mA
    Fig. 2. P-I0 curve of a free-running 1 550 nm-VCSEL and optical spectrum for I0=11.5 mA
    1 550 nm-VCSEL在不同电流调制参数下输出的两个偏振分量的光谱Optical spectra of two polarization components output from a 1 550 nm-VCSEL under different current modulation parameters
    Fig. 3. 1 550 nm-VCSEL在不同电流调制参数下输出的两个偏振分量的光谱Optical spectra of two polarization components output from a 1 550 nm-VCSEL under different current modulation parameters
    fm=f0/6, Δν=-12.60 GHz时,不同θp下1 550 nm-VCSEL输出的两个偏振分量的光谱Optical spectra of two polarization components output from an optical injected 1550 nm-VCSEL under different linear polarization angle θp for fm=f0/6 and Δν=-12.60 GHz
    Fig. 4. fm=f0/6, Δν=-12.60 GHz时,不同θp下1 550 nm-VCSEL输出的两个偏振分量的光谱Optical spectra of two polarization components output from an optical injected 1550 nm-VCSEL under different linear polarization angle θp for fm=f0/6 and Δν=-12.60 GHz
    当fm=f0/5, Δν=-10.77 GHz时,不同θp下1 550 nm-VCSEL输出的两个偏振分量的光谱Optical spectra of two polarization components output from an optical injected 1 550 nm-VCSEL under different linear polarization angle θp for fm=f0/5 and Δν=-10.77 GHz
    Fig. 5. fm=f0/5, Δν=-10.77 GHz时,不同θp下1 550 nm-VCSEL输出的两个偏振分量的光谱Optical spectra of two polarization components output from an optical injected 1 550 nm-VCSEL under different linear polarization angle θp for fm=f0/5 and Δν=-10.77 GHz
    当fm=f0/6, Δν=-12.60 GHz, θp=0.2π时,1 550 nm-VCSEL输出的两个偏振分量在不同θ下拼接后的光谱Spliced optical spectra via a polarizer under different values of polarization angle θ for fm=f0/6, Δν=-12.60 GHz and θp=0.2π
    Fig. 6. fm=f0/6, Δν=-12.60 GHz, θp=0.2π时,1 550 nm-VCSEL输出的两个偏振分量在不同θ下拼接后的光谱Spliced optical spectra via a polarizer under different values of polarization angle θ for fm=f0/6, Δν=-12.60 GHz and θp=0.2π
    当fm=f0/5, Δν=-10.77 GHz, θp=0.2π时,VCSEL输出的两个偏振分量在不同θ下拼接后的光谱Spliced optical spectra via a polarizer under different values of polarization angle θ for for fm=f0/5, Δν=-10.77 GHz and θp=0.2π
    Fig. 7. fm=f0/5, Δν=-10.77 GHz, θp=0.2π时,VCSEL输出的两个偏振分量在不同θ下拼接后的光谱Spliced optical spectra via a polarizer under different values of polarization angle θ for for fm=f0/5, Δν=-10.77 GHz and θp=0.2π
    当fm=f0/6, Δν=-12.60 GHz, θp取不同值时OFC的BW和CNR随θ的变化曲线Variations of the OFC bandwidths with the polarization angle θ under different optical injected linear polarization angle θp for fm=f0/6 and Δν=-12.60 GHz
    Fig. 8. fm=f0/6, Δν=-12.60 GHz, θp取不同值时OFC的BW和CNR随θ的变化曲线Variations of the OFC bandwidths with the polarization angle θ under different optical injected linear polarization angle θp for fm=f0/6 and Δν=-12.60 GHz
    当fm=f0/5, Δν=-10.77 GHz, θp取不同值时OFC的BW和CNR随θ的变化曲线Variations of the OFC bandwidths with the polarization angle θ under different optical injected linear polarization angle θp for fm=f0/5 and Δν=-10.77 GHz
    Fig. 9. fm=f0/5, Δν=-10.77 GHz, θp取不同值时OFC的BW和CNR随θ的变化曲线Variations of the OFC bandwidths with the polarization angle θ under different optical injected linear polarization angle θp for fm=f0/5 and Δν=-10.77 GHz
    Gui-ying LI, Wen-yan YANG, Zheng-mao WU, Guang-qiong XIA. Broadband Optical Frequency Comb Generation Based on a Current-modulated 1 550 nm-VCSEL Subject to Optical Injection[J]. Acta Photonica Sinica, 2019, 48(12): 1214003
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