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Continuous-wave tunable light source at 1.6 μm by difference-frequency mixing in CsTiOAsO4

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Abstract

We report the generation of tunable cw radiation at 1.6 μm by difference-frequency mixing in a type II phase-matched 90°-cut CsTiOAsO4 crystal, using a Kr-ion laser at 531 nm and a tunable Ti:sapphire laser as the input light sources. The output was tunable from 1.57 to 1.65 μm with a single-pass output power of 1 μW. We used doubly resonant external-cavity enhancement to generate 100 μW of output power by placing the crystal inside an optical cavity that was resonant at the frequencies of the input Ti:sapphire laser and the 1.6-μm output light.

© 1995 Optical Society of America

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