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Efficient, 2–5 μm tunable CdSiP2 optical parametric oscillator pumped by a laser source at 1.57 μm

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Abstract

We report on first demonstrations of CdSiP2-based optical parametric oscillators that are pumped by eye-safe Q-switched nanosecond laser sources operating at 1.57 μm. One device reached 40% optical conversion efficiency generating 10 mJ of energy near degeneracy in the 3 μm region. Angle tuning of a similar device through the middle infrared was demonstrated with the signal and idler waves being tuned from 2.28 μm to 5.05 μm.

© 2017 Optical Society of America

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