Add to ORKGRational harmonic mode locking (RHML) in an active mode-locked fiber laser can increase the output pulse repetition rate a number of times the modulation frequency of an optical modulator in a cavity when driven by gigahertz (GHz) RF. The amplitudes of the output optical pulse train in a high order RHML operation are not equalized and flat due to the GHz RF drive signals. A modified RHML technique using standard instrumentation that generates 1 GHz electrical square wave signals to accomplish up to 6th order RHML in fiber lasers is presented for improving the flatness of the amplitudes of the output optical pulse train at the pulse repetition rate of up to 12 GHz. © 2013 Copyright SPIE
GHz repetition rate fundamentally mode-locked lasers have attracted great interest for a variety of ...
Active mode locking is one of the simplest ways to generate picosecond pulses at gigahertz repetitio...
Mode-locked fiber lasers are able to generate transform-limited optical pulses in picosecond and sub...
Rational harmonic mode locking (RHML) in an active mode-locked fiber laser can increase the output p...
Abstract Higher repetition-rate optical pulse trains have been desired for various applications such...
We experimentally demonstrate a harmonically mode-locked Er-doped fiber laser. The distinctive featu...
[[abstract]]In this thesis, we propose a fiber ring harmonic mode-locked fiber laser and detuning mo...
Abstract—Rational harmonic mode-locking of an Er-bium-doped fiber ring laser (EDFL) at repetition fr...
Long-term repetition frequency stabilization of passively mode-locked (ML) fiber lasers using high-f...
In this project, first of all, the basic concepts of fiber laser technology are introduced. The moti...
We propose a novel technique based on negative impulse modulation for pulse repetition rate multipli...
We propose a novel technique based on negative impulse modulation for pulse repetition rate multipli...
[[abstract]]In this thesis, we propose a rational harmonic mode-locked fiber laser applied to optica...
Date du colloque : 03/2011International audienceWe investigate different ways to considerably i...
A new and simple approach was optimized for stabilizing a harmonic active mode-locked fiber laser at...
GHz repetition rate fundamentally mode-locked lasers have attracted great interest for a variety of ...
Active mode locking is one of the simplest ways to generate picosecond pulses at gigahertz repetitio...
Mode-locked fiber lasers are able to generate transform-limited optical pulses in picosecond and sub...
Rational harmonic mode locking (RHML) in an active mode-locked fiber laser can increase the output p...
Abstract Higher repetition-rate optical pulse trains have been desired for various applications such...
We experimentally demonstrate a harmonically mode-locked Er-doped fiber laser. The distinctive featu...
[[abstract]]In this thesis, we propose a fiber ring harmonic mode-locked fiber laser and detuning mo...
Abstract—Rational harmonic mode-locking of an Er-bium-doped fiber ring laser (EDFL) at repetition fr...
Long-term repetition frequency stabilization of passively mode-locked (ML) fiber lasers using high-f...
In this project, first of all, the basic concepts of fiber laser technology are introduced. The moti...
We propose a novel technique based on negative impulse modulation for pulse repetition rate multipli...
We propose a novel technique based on negative impulse modulation for pulse repetition rate multipli...
[[abstract]]In this thesis, we propose a rational harmonic mode-locked fiber laser applied to optica...
Date du colloque : 03/2011International audienceWe investigate different ways to considerably i...
A new and simple approach was optimized for stabilizing a harmonic active mode-locked fiber laser at...
GHz repetition rate fundamentally mode-locked lasers have attracted great interest for a variety of ...
Active mode locking is one of the simplest ways to generate picosecond pulses at gigahertz repetitio...
Mode-locked fiber lasers are able to generate transform-limited optical pulses in picosecond and sub...