Modeling of the ultra-stable operating regime in Fourier domain mode locked (FDML) lasers

Keyphrases

• Operating Regime 100%
• Ultra-stable 100%
• Fourier Domain Mode Locking 100%
• Operation Mode 50%
• Sweet 50%
• Coherence Length 50%
• Fabry 50%
• Laser System 25%
• Sensing Applications 25%
• Optical Coherence Tomography 25%
• Polarization Effect 25%
• Fiber Dispersion 25%
• Bandpass Filter 25%
• High-frequency Noise 25%
• Amplifier Gain 25%
• Sweeping 25%
• Round Trip Time 25%
• Optical Field 25%
• Lasing 25%
• Shot Noise 25%
• Gain Medium 25%
• Ultra-low-noise 25%
• Coherence Properties 25%
• Broadband Wavelength 25%
• Polarization-maintaining 25%
• Semiconductor Optical Amplifier 25%
• Sweep Rate 25%
• Mode-locked Lasers 25%
• Fiber Delay 25%
• Polarization Controller 25%
• Chirped Fiber Bragg Grating 25%
• Ring Systems 25%
• Sweeping Speed 25%

Engineering

• Operating Regime 100%
• Fourier Transform 100%
• Operation Mode 50%
• Coherence Length 50%
• Laser System 25%
• Polarization Effect 25%
• Sensing Application 25%
• Bandpass Filter 25%
• Amplifier Gain 25%
• Round Trip Time 25%
• Optical Field 25%
• Frequency Noise 25%
• Fiber Dispersion 25%
• Gain Medium 25%
• Semiconductor Optical Amplifier 25%
• Polarization Controller 25%
• Shot Noise 25%
• Fiber Bragg Grating 25%
• Fiber Laser 25%

Physics

• Mode-Locked Laser 100%
• Fiber Bragg Grating 33%
• Light Amplifier 33%
• Low Noise 33%
• Tomography 33%
• Lasing 33%
• Bandpass Filter 33%
• Fiber Laser 33%