A method of equalizing the amplitude of a locked optical pulse in a glass aberration-mode mode

摘要

The present invention relates to a stabilized optical pulse having a high repetition rate. More particularly, the present invention relates to an optical fiber laser having an erbium-doped optical fiber as a gain medium, embedding an optical modulator therein and implementing a harmonic mode locking by a glass aberration method, The present invention relates to an oscillation method of a stable optical pulse having a constant amplitude.;In the harmonic mode locking method using the glass aberration method, which is one of the methods capable of achieving a high repetition rate, since the amplitude pulses of the third harmonic mode-locked optical pulses are output with different amplitudes, You have to eliminate the difference.;In order to solve the above problem, the present invention proposes a method of forming an optical pulse of a constant amplitude in a glass-aberration-mode-locked optical pulse having a non-uniform amplitude by using an injection locking method in another optical fiber laser composed of a non-.