One of the nanosecond pulse output strategies for fiber lasers with controlled frequency is
active Q-switching. Low-cost, high-power efficiency, stable cavity, and customizable pulse …

A comprehensive experimental analysis of the dynamics of an ytterbium-doped fiber laser
actively Q-switched (QS) using an intracavity acousto-optical modulator (AOM) is presented …

In this paper, we report an experimental observation of different states of multi-pulse
operation in an actively Q-switched Er-doped fiber laser, which has applications in pulse …

We propose an optimum Q-switching profile for complete suppression of the multi-peak
phenomenon (MPP) without loss of pulse energy in an actively Q-switched ytterbium (Yb) …

In this paper, we report an active Q-switching of an erbium-doped fiber laser with special
modulation functions and novel laser geometry. We experimentally demonstrate that using …

In this paper, we explore in details the operation regimes of an actively Q-switched erbium-
doped fiber laser using a commercial acousto-optical modulator (AOM) and demonstrate …

We report the intensity noise properties of actively Q-switched erbium-doped fiber lasers
implemented in two configurations, one with a linear Fabry–Perot cavity with two fiber Bragg …

It is over 60 years since the first fiber laser was experimentally demonstrated. Fiber laser is a
technology for the creation of light by the process of simulated emission using an active …

Q-switched lasers are widely used in material processing, laser ranging, medicine, and
nonlinear optics—in particular, Q-switched lasers in optical fibers are important since they …

In this paper, a comprehensive experimental study of the dynamics of an actively Q-switched
Yb-doped GTWave-based fiber laser is presented. It is shown that the appearance of the Q …