Add to ORKGAbstract—The authors demonstrate a compensation scheme to reduce the frequency chirp associated with directly modulated sampled grating distributed Bragg reflector tunable lasers. Exper-imental results obtained show that the direct modulation of the laser’s gain section results in a large frequency chirp of 25 GHz. However, by simultaneous modulation of the laser’s phase section this large frequency chirp can be significantly reduced. Index Terms—Direct intensity modulation, frequency chirp, optical fiber communications, tunable laser (TL), wavelength-division multiplexing (WDM). I
A novel chirp removal method by two-stage fiber cross-phase modulation is proposed and successfully ...
This article details the generation of an extended-bandwidth frequency sweep using a single, communi...
Passively mode-locked laser devices are presented incorporating chirped distributed Bragg reflectors...
The authors demonstrate a compensation scheme to reduce the frequency chirp associated with directl...
International audience<p>It is well known that current modulation in diode lasers generates amplitud...
In this letter, we present new experimental results obtained for direct intensity modulation of wide...
Abstract—The authors demonstrate the drift in frequency of a static sampled-grating distributed Brag...
Measurements of small-signal intensity modulation from direct-modulated distributed feedback (DFB) s...
[[abstract]]A nonlinearly chirped fiber grating for achieving tunable dispersion compensation, dispe...
Abstract—In this paper, we have analyzed the interaction of semiconductor laser chirp with the fiber...
In the paper, the simple method of laser chirp parameters estimation is presented. It is based on me...
This paper investigated the effect of chirp characteristics of directly modulated laser on the signa...
Spectral phase modulation is used to compensate for the group delay ripple (\u3c +/- 50 ps) of a chi...
The directly modulated distributed-feedback laser (DML) is widely employed in medium-reach optical l...
Abstract—This paper presents a general discussion on the con-trol of widely tunable super structure ...
A novel chirp removal method by two-stage fiber cross-phase modulation is proposed and successfully ...
This article details the generation of an extended-bandwidth frequency sweep using a single, communi...
Passively mode-locked laser devices are presented incorporating chirped distributed Bragg reflectors...
The authors demonstrate a compensation scheme to reduce the frequency chirp associated with directl...
International audience<p>It is well known that current modulation in diode lasers generates amplitud...
In this letter, we present new experimental results obtained for direct intensity modulation of wide...
Abstract—The authors demonstrate the drift in frequency of a static sampled-grating distributed Brag...
Measurements of small-signal intensity modulation from direct-modulated distributed feedback (DFB) s...
[[abstract]]A nonlinearly chirped fiber grating for achieving tunable dispersion compensation, dispe...
Abstract—In this paper, we have analyzed the interaction of semiconductor laser chirp with the fiber...
In the paper, the simple method of laser chirp parameters estimation is presented. It is based on me...
This paper investigated the effect of chirp characteristics of directly modulated laser on the signa...
Spectral phase modulation is used to compensate for the group delay ripple (\u3c +/- 50 ps) of a chi...
The directly modulated distributed-feedback laser (DML) is widely employed in medium-reach optical l...
Abstract—This paper presents a general discussion on the con-trol of widely tunable super structure ...
A novel chirp removal method by two-stage fiber cross-phase modulation is proposed and successfully ...
This article details the generation of an extended-bandwidth frequency sweep using a single, communi...
Passively mode-locked laser devices are presented incorporating chirped distributed Bragg reflectors...