We report on intensity noise suppression in a diode-pumped, single-frequency erbium bulk-glass laser codoped with ytterbium. Using an optoelectronic feedback circuit, we acheived a 30-dB reduction of the relaxation oscillation peak, at 160-kHz frequency, to a relative intensity noise of -114 dB/Hz. A useful output power of 15 mW at 1533-nm wavelength was obtained. © 1996 Optical Society of America
We have designed a power stabilizer based on a round-trip erbium-doped fiber amplifier (EDFA) struct...
In this thesis I present a comprehensive system-level study of the intensity noise suppression offer...
Reduction of the intensity noise in semiconductor lasers is an important subject for the higher perf...
An effective optoelectronic feedback circuit for the suppression of relaxation oscillations in a cod...
A simple technique, based on a double optoelectronic feedback loop, is proposed and demonstrated to...
An optoelectronic feedback loop that can be used to effectively reduce the intensity noise of a 2.1 ...
International audienceAn absorption mechanism based on second-harmonic generation (SHG) is successfu...
International audienceAn absorption mechanism based on second-harmonic generation (SHG) is successfu...
Experimental results of a simple, all-optical technique to reduce low-frequency intensity noise in a...
We report the experimental results of a simple, all optical technique to reduce the relative intensi...
The effect of ytterbium codoping in heavily erbium-doped fibers with partly clustered erbium ions on...
This paper will report on a new all-optical technique of relative intensity noise (RIN) suppression ...
Abstract — The first integrated wideband laser phase noise reduction scheme is presented where the l...
Optical feedback from an external cavity containing an element of dispersive loss was used to reduce...
Noise reduction in a multiwavelength distributed Bragg reflector fiber laser was demonstrated. A 20 ...
We have designed a power stabilizer based on a round-trip erbium-doped fiber amplifier (EDFA) struct...
In this thesis I present a comprehensive system-level study of the intensity noise suppression offer...
Reduction of the intensity noise in semiconductor lasers is an important subject for the higher perf...
An effective optoelectronic feedback circuit for the suppression of relaxation oscillations in a cod...
A simple technique, based on a double optoelectronic feedback loop, is proposed and demonstrated to...
An optoelectronic feedback loop that can be used to effectively reduce the intensity noise of a 2.1 ...
International audienceAn absorption mechanism based on second-harmonic generation (SHG) is successfu...
International audienceAn absorption mechanism based on second-harmonic generation (SHG) is successfu...
Experimental results of a simple, all-optical technique to reduce low-frequency intensity noise in a...
We report the experimental results of a simple, all optical technique to reduce the relative intensi...
The effect of ytterbium codoping in heavily erbium-doped fibers with partly clustered erbium ions on...
This paper will report on a new all-optical technique of relative intensity noise (RIN) suppression ...
Abstract — The first integrated wideband laser phase noise reduction scheme is presented where the l...
Optical feedback from an external cavity containing an element of dispersive loss was used to reduce...
Noise reduction in a multiwavelength distributed Bragg reflector fiber laser was demonstrated. A 20 ...
We have designed a power stabilizer based on a round-trip erbium-doped fiber amplifier (EDFA) struct...
In this thesis I present a comprehensive system-level study of the intensity noise suppression offer...
Reduction of the intensity noise in semiconductor lasers is an important subject for the higher perf...