Add to ORKGAbstract—The authors demonstrate the generation of nearly transform-limited optical pulses that are wavelength tunable over almost 50 nm. The wide tuning range is obtained by self-seeding a gain-switched source containing two Fabry–Perot lasers, and em-ploying a widely tunable Bragg grating in the feedback loop. The generated pulses exhibit Side-mode suppression ratios of 50 dB above and across the full tuning range. Index Terms—Optical fiber communications, optical pulse gen-eration, self-seeding, semiconductor laser, wavelength tunable. I
Author name used in this publication: Dong-Ning WangAuthor name used in this publication: Weng-Hong ...
Abstract—An attractive alternative to generate tunable dual-wavelength pulses by external injection ...
Abstract—We propose a novel method that allows continuous repetition rate tuning of a self-seeded ga...
The authors demonstrate the generation of nearly transform-limited optical pulses that are wavelengt...
In this letter, we show the generation of shorter pulses (∼20 ps) that exhibit side mode suppression...
Two gain-switched Fabry–Pérot laser diodes have been used in a self-seeding scheme for widely tunabl...
The authors demonstrate a procedure of generating picosecond optical pulses that are tunable over a ...
A simple and efficient system for generating wavelength-tunable optical short pulses from a self-see...
The development of a source of picosecond optical pulses is of paramount importance for an increasin...
A mutual pulse injection-seeding scheme is developed to produce wavelength-tunable optical short pul...
A simple and robust system is presented to generate wavelength-tunable optical short pulses by use o...
Various methods, especially self-seeding, mode locking, and self-pulsation, for the generation of wa...
A simple self-seeding scheme is developed to generate tunable dual-wavelength optical short pulses i...
We propose a novel method that allows continuous repetition rate tuning of a self-seeded gain-switch...
In this work, we propose a novel self-seeding technique that yields timing window independent operat...
Author name used in this publication: Dong-Ning WangAuthor name used in this publication: Weng-Hong ...
Abstract—An attractive alternative to generate tunable dual-wavelength pulses by external injection ...
Abstract—We propose a novel method that allows continuous repetition rate tuning of a self-seeded ga...
The authors demonstrate the generation of nearly transform-limited optical pulses that are wavelengt...
In this letter, we show the generation of shorter pulses (∼20 ps) that exhibit side mode suppression...
Two gain-switched Fabry–Pérot laser diodes have been used in a self-seeding scheme for widely tunabl...
The authors demonstrate a procedure of generating picosecond optical pulses that are tunable over a ...
A simple and efficient system for generating wavelength-tunable optical short pulses from a self-see...
The development of a source of picosecond optical pulses is of paramount importance for an increasin...
A mutual pulse injection-seeding scheme is developed to produce wavelength-tunable optical short pul...
A simple and robust system is presented to generate wavelength-tunable optical short pulses by use o...
Various methods, especially self-seeding, mode locking, and self-pulsation, for the generation of wa...
A simple self-seeding scheme is developed to generate tunable dual-wavelength optical short pulses i...
We propose a novel method that allows continuous repetition rate tuning of a self-seeded gain-switch...
In this work, we propose a novel self-seeding technique that yields timing window independent operat...
Author name used in this publication: Dong-Ning WangAuthor name used in this publication: Weng-Hong ...
Abstract—An attractive alternative to generate tunable dual-wavelength pulses by external injection ...
Abstract—We propose a novel method that allows continuous repetition rate tuning of a self-seeded ga...