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The output pulse energy is one the important characteristics of mode-locked lasers [1]. Here we quantify theoretically and through numerical modelling the impact of the order of the cavity elements on the generated pulse energy for the case of all-normal dispersion ring cavity fiber laser. We consider the fiber laser cavity composed of a saturable absorber (SA), passive and active fiber (PF and AF respectively) and an output coupler (OC). Parameters of the devices are kept the same regardless of their arrangement in the cavity.
© 2015 IEEE
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