A 110 GHz passive mode-locked fiber laser based on a nonlinear silicon-micro-ring-resonator

Keyphrases

• Silicon Microring Resonator 100%
• Microring Resonator 100%
• Silicon-based 100%
• Laser-based 100%
• Passively Mode-locked Fiber Laser 100%
• Mode-locked Lasers 60%
• Pulse Width 40%
• High Repetition Rate 40%
• Pump Current 40%
• Time-bandwidth Product 40%
• Optical Pulse Trains 40%
• Mode-locking 20%
• Spectral Width 20%
• Free Spectral Range 20%
• Limited Time 20%
• High Stability 20%
• Erbium-doped Fiber Amplifier 20%
• Engineering Application 20%
• Laser Cavity 20%
• Mode-locked Pulse 20%
• Narrow Linewidth 20%
• Intra-cavity 20%
• Transform Limited 20%
• Optical Nonlinearity 20%
• Long-term Monitoring 20%
• Ps Pulse 20%
• Science Application 20%
• Optical Nonlinear 20%
• Electrical Bias 20%
• Rate Mode 20%
• Optical Comb Filter 20%
• Nonlinear Element 20%
• Amplifier Module 20%
• Free Carrier Absorption 20%
• Four-wave Mixing Effect 20%
• Gaussian Transform 20%
• Dissipative Four-wave Mixing 20%
• Laser Mode Locking 20%
• Relative Intensity Noise 20%

Engineering

• Resonator 100%
• Mode-locked fiber lasers 100%
• Repetition Rate 33%
• Pulse Train 33%
• Line Width 33%
• Optical Pulse 33%
• Time-Bandwidth Product 33%
• Pulse Duration 33%
• Gaussians 16%
• Experimental Result 16%
• Engineering 16%
• Free Spectral Range 16%
• Optical Cavity 16%
• Amplifier Module 16%
• Comb Filters 16%
• Spectral Bandwidth 16%
• Nonlinear Element 16%
• Relative Intensity Noise 16%
• Carrier Absorption 16%
• Nonlinearity 16%
• Laser Cavity 16%
• Erbium doped fiber amplifiers 16%

Physics

• Resonator 100%
• Fiber Laser 100%
• Linewidth 33%
• Gaussian Distribution 16%
• Erbium-Doped Fiber 16%
• Four-Wave Mixing 16%
• Laser Cavity 16%
• Laser Modes 16%
• Relative Intensity 16%