Experimental results of a simple, all-optical technique to reduce low-frequency intensity noise in an Er-Yb codoped fibre distributed feedback (DFB) laser are reported. This method utilises the gain dynamics of a saturated semiconductor optical amplifier (SOA) to produce a reduction of 30dB in the relaxation oscillation noise component of the fibre laser
In this paper, the influences of the relative intensity noise (RIN), in particular the relaxation os...
An actively mode-locked fiber ring laser that utilizes an EDFA and semiconductor optical amplifier (...
We present a technique for suppressing relative intensity noise in a fiber laser, which uses two Pou...
We report the experimental results of a simple, all optical technique to reduce the relative intensi...
In this thesis I present a comprehensive system-level study of the intensity noise suppression offer...
In this thesis I present a comprehensive system-level study of the intensity noise suppression offer...
National Natural Science Foundation of China (NSFC) [61475165, 61535014, 61377062]; Youth Innovation...
Noise reduction in a multiwavelength distributed Bragg reflector fiber laser was demonstrated. A 20 ...
We report on intensity noise suppression in a diode-pumped, single-frequency erbium bulk-glass laser...
We experimentally observe attenuation of low-frequency amplitude noise in the amplifier chain of a h...
An effective optoelectronic feedback circuit for the suppression of relaxation oscillations in a cod...
We analyze the high-pass filtering characteristics of the SOAs and show that the SOA carrier lifetim...
The influence of the relative intensity noise, in particular the relaxation oscillation noise, of a ...
An actively mode-locked fiber ring laser that utilizes an EDFA and semiconductor optical amplifier (...
An actively mode-locked fiber ring laser that utilizes an EDFA and semiconductor optical amplifier (...
In this paper, the influences of the relative intensity noise (RIN), in particular the relaxation os...
An actively mode-locked fiber ring laser that utilizes an EDFA and semiconductor optical amplifier (...
We present a technique for suppressing relative intensity noise in a fiber laser, which uses two Pou...
We report the experimental results of a simple, all optical technique to reduce the relative intensi...
In this thesis I present a comprehensive system-level study of the intensity noise suppression offer...
In this thesis I present a comprehensive system-level study of the intensity noise suppression offer...
National Natural Science Foundation of China (NSFC) [61475165, 61535014, 61377062]; Youth Innovation...
Noise reduction in a multiwavelength distributed Bragg reflector fiber laser was demonstrated. A 20 ...
We report on intensity noise suppression in a diode-pumped, single-frequency erbium bulk-glass laser...
We experimentally observe attenuation of low-frequency amplitude noise in the amplifier chain of a h...
An effective optoelectronic feedback circuit for the suppression of relaxation oscillations in a cod...
We analyze the high-pass filtering characteristics of the SOAs and show that the SOA carrier lifetim...
The influence of the relative intensity noise, in particular the relaxation oscillation noise, of a ...
An actively mode-locked fiber ring laser that utilizes an EDFA and semiconductor optical amplifier (...
An actively mode-locked fiber ring laser that utilizes an EDFA and semiconductor optical amplifier (...
In this paper, the influences of the relative intensity noise (RIN), in particular the relaxation os...
An actively mode-locked fiber ring laser that utilizes an EDFA and semiconductor optical amplifier (...
We present a technique for suppressing relative intensity noise in a fiber laser, which uses two Pou...