Experimental Investigation of Actively Q-Switched Dy3+ Doped Fluoride Single Mode Fiber Laser Operating Near 3 m

JOURNAL OF LIGHTWAVE TECHNOLOGY(2024)

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Abstract
A laboratory realization of an actively Q-switched Dy3+-doped fluoride fiber laser operating near 3.0 mu m is reported. Two laser cavities were realized: one based on 1000 ppm Dy3+:ZBLAN fiber and one on 2000 ppm Dy3+:ZBLAN fiber. With the laser cavity based on 1000 ppm Dy3+:ZBLAN fiber a record high peak power of 200 W was achieved with 17 mu J pulse energy and 84.5 ns pulse duration. Moreover, a record short pulse duration of 74 ns was achieved using Q-switched laser cavity composed of 2000 ppm Dy3+:ZBLAN fiber.
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Key words
Pump lasers,Laser excitation,Power lasers,Optical fiber communication,Optical fiber sensors,Erbium-doped fiber lasers,Optical fiber testing,Dysprosium doped glass,mid infrared sources,mid-infrared fiber laser,pulsed fiber laser
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