Tunable CW Bi-Doped Fiber Laser System From 1320 to 1370 nm Using a Fiber Bragg Grating
Siyi Wang, Yu Wang, Naresh Kumar Thipparapu, M. Ibsen, David J. Richardson, J. K. Sahu
Abstract
Here we present a fully fiberized Bi-doped ring laser incorporating a fiber Bragg grating (FBG) operating at a wavelength of 1340nm, which provides 172mW of continuous-wave output power with a slope efficiency of 35%. In addition, we demonstrate a wavelength-tunable version of the laser, which can be tuned from 1320nm to 1370nm by employing a home-made mechanically tunable FBG. Within the whole 50nm tuning band the laser maintains the output power of more than 100mW and the slope efficiency of more than 25%. A maximum output power of ~165mW is achieved over the wavelength range of 1330-1340nm. The linewidth of tunable laser is 0.04nm.
Topics & Concepts
Fiber Bragg gratingMaterials scienceLaser linewidthFiber laserOpticsPHOSFOSOptoelectronicsTunable laserDistributed feedback laserSlope efficiencyLaser power scalingLaserDispersion-shifted fiberPolarization-maintaining optical fiberLong-period fiber gratingWavelengthFiberFiber optic sensorPhysicsComposite materialAdvanced Fiber Optic SensorsPhotonic Crystal and Fiber OpticsGlass properties and applications