Solid-state-based laser system as a replacement for Ar + lasers

Solid-state-based laser system as a replacement for Ar + lasers

We report on a solid-state-based laser system at 1028 nm. The light is generated by a diode laser seeded ytterbium fiber amplifier. In two build-up cavities, its frequency is doubled and quadrupled to 514 nm and 257 nm, respectively. At 514 nm, the system delivers up to 4.7 W of optical power. In th...

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Veröffentlicht in:Optics letters 2016-09, Vol.41 (18), p.4186-4189
Hauptverfasser: Beck, Tobias, Rein, Benjamin, Sörensen, Fabian, Walther, Thomas
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container_issue 18
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container_title Optics letters
container_volume 41
creator Beck, Tobias
Rein, Benjamin
Sörensen, Fabian
Walther, Thomas
description We report on a solid-state-based laser system at 1028 nm. The light is generated by a diode laser seeded ytterbium fiber amplifier. In two build-up cavities, its frequency is doubled and quadrupled to 514 nm and 257 nm, respectively. At 514 nm, the system delivers up to 4.7 W of optical power. In the fourth harmonic, up to 173 mW are available limited by the nonlinear crystal. The frequency of the laser is mode-hop-free tunable by 16 GHz in 10 ms in the UV. Therefore, the system is suitable as a low maintenance, efficient, and tunable narrowband replacement for frequency doubled Ar laser systems.
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