Passively Q-Switched 0.24 Mj Ring Laser Based On Anisotropic Tapered Fiber

V.E. Ustimchik,D.A. Stoliarov,D.A. Korobko, Y.K. Chamorovskii, V.N. Filippov

RESULTS IN PHYSICS(2021)

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Abstract
We report on a passively high-power Q-switched ring laser based on the active polarization-maintaining double-clad tapered Yb3+-doped fiber (APM-T-DCF) as gain media. It generates 0.24 mJ pulse trains which consist of Q-switched pulses each with the energy of about 48 mu J and up to 385 W of peak power. Q-switched regime was achieved by tuning the optical feedback polarization state and band pass filtering. For the best of our knowledge, for the first time, we demonstrate Q-switched fiber ring laser based on APM-T-DCF.
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Key words
Active tapered fiber, Large mode area fiber, Double-clad fiber, Fiber ring laser, Polarization rotation, Q-switched laser
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