Design and operation of antiresonant Fabry–Perot saturable semiconductor absorbers for mode-locked solid-state lasers
LR Brovelli, U Keller, TH Chiu - JOSA B, 1995 - opg.optica.org
LR Brovelli, U Keller, TH Chiu
JOSA B, 1995•opg.optica.orgThe antiresonant Fabry–Perot saturable semiconductor absorber (A-FPSA) has been
successfully used to passively mode lock many different solid-state lasers. The main
advantage of the A-FPSA is that important operation parameters such as the saturation
intensity, losses, and impulse response can be influenced by the material and the device
parameters and can be adapted to the requirements of solid-state lasers. We present a
detailed quantitative discussion of the operation parameters, derive simple design rules, and …
successfully used to passively mode lock many different solid-state lasers. The main
advantage of the A-FPSA is that important operation parameters such as the saturation
intensity, losses, and impulse response can be influenced by the material and the device
parameters and can be adapted to the requirements of solid-state lasers. We present a
detailed quantitative discussion of the operation parameters, derive simple design rules, and …
The antiresonant Fabry–Perot saturable semiconductor absorber (A-FPSA) has been successfully used to passively mode lock many different solid-state lasers. The main advantage of the A-FPSA is that important operation parameters such as the saturation intensity, losses, and impulse response can be influenced by the material and the device parameters and can be adapted to the requirements of solid-state lasers. We present a detailed quantitative discussion of the operation parameters, derive simple design rules, and show that the contribution of the A-FPSA to the starting and the stabilization of mode locking is much larger than the effect of Kerr lensing in a mode-locked Nd:YAG laser.
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