Author Affiliations
1School of Physical Science and Technology, Southwest University, Chongqing 400715, China2School of Mathematics and Physics, Chongqing University of Science and Technology, Chongqing 401331, Chinashow less
Fig. 1. Schematic diagram of a broadband OFC generation based on a current-modulated 1 550 nm-VCSEL under optical injection
Fig. 2. P-I0 curve of a free-running 1 550 nm-VCSEL and optical spectrum for I0=11.5 mA
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
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
Fig. 5. 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. 6. 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. 7. 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. 8. 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. 9. 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