Characterization of a high-power erbium-doped fiber laser

An uncalibrated linear power meter is used to measure the gain of the fiber and a spectrometer to measure the relative spectral radiances of the spontaneous and stimulated

In this article we resume our work, from the spectroscopy of the holmium ions in single-mode fiber (SMF) samples to the realization of a high efficiency high power laser based on

of interesting attributes which make fiber lasers very attractive for spectrochemical applications (high beam quality, low cost, robustness, broad range of wavelengths, energy

We have developed a 39µm core diameter polarization maintaining ytterbium doped fiber that has been prepared using the power sintering technology and used it to demonstrate

We characterize the transfer function of the output power of the oscillator in continuous-wave (cw) and mode-locked operation for a modulation of the pump power and achieve a

We consider a unidirectional ring cavity composed of a birefringent erbium-doped fiber with positive group velocity dispersion 共 GVD 兲 and a passive birefringent fiber with nega-

This allows to establish a stability diagram versus the angles which gives the domains where the laser operates in continuous, mode-locked or unstable regime.. The model also allows

We report passive mode locking of a soliton erbium-doped double-clad fiber laser operating at the 322nd harmonic of the fundamental cavity frequency.. Repetition rates up to 3 GHz