This paper investigated injection locking characteristics of a fiber distributed feedback (DFB) laser operating in dual polarizations, and found that it could operate in a single polarization by injection locking. The locking bandwidth was less than 10 MHz, much than DFB laser diodes as a consequence of longer cavity length and resulting longer photon lifetime. As a more practical method to realize single-polarization operation of the fiber DFB laser, We Proposed self-injection locking with a polarization-selective optical feedback composed of a mirror and a polarizer, and demonstrated a stable single-polarization operation
An approach of single-mode modulation using injection locked distributed feedback laser for millimet...
We experimentally investigate the dynamical injection-locking map of distributed feedback (DFB) semi...
We demonstrate that single polarization, hi-bi fiber DFB lasers are, in general, characterized by el...
We report that fibre DFB lasers could successfully operate in a single polarisation, either by injec...
Experimental results of a distributed feedback fiber laser injection locked to a Fabry-Pérot laser d...
Abstract—Experimental results of a distributed feedback fiber laser injection locked to a Fabry–Péro...
Optical Fiber Communication Conference and Exhibit, Anaheim, CA, 17-22 March 2002The output polariza...
We study stability of self-injection locking realized with DFB laser coupled with an external fiber ...
AbstractWe study stability of self-injection locking realized with DFB laser coupled with an externa...
An asymmetrical pi-phase-shift distributed feedback (DFB) fiber laser written in erbium/ytterbium co...
An asymmetrical π-phase-shift distributed feedback (DFB) fiber laser written in erbium/ytterbium co-...
We demonstrate a successful single-frequency and single-polarisation operation of erbium:ytterbium f...
We present a novel approach for linear polarized operation of a fiber laser not requiring any intra-...
We demonstrate a successful single-frequency and single-polarisation operation of erbium:ytterbium f...
A novel experimental setup for injection-locking experiments is presented. The single-mode-fiber-bas...
An approach of single-mode modulation using injection locked distributed feedback laser for millimet...
We experimentally investigate the dynamical injection-locking map of distributed feedback (DFB) semi...
We demonstrate that single polarization, hi-bi fiber DFB lasers are, in general, characterized by el...
We report that fibre DFB lasers could successfully operate in a single polarisation, either by injec...
Experimental results of a distributed feedback fiber laser injection locked to a Fabry-Pérot laser d...
Abstract—Experimental results of a distributed feedback fiber laser injection locked to a Fabry–Péro...
Optical Fiber Communication Conference and Exhibit, Anaheim, CA, 17-22 March 2002The output polariza...
We study stability of self-injection locking realized with DFB laser coupled with an external fiber ...
AbstractWe study stability of self-injection locking realized with DFB laser coupled with an externa...
An asymmetrical pi-phase-shift distributed feedback (DFB) fiber laser written in erbium/ytterbium co...
An asymmetrical π-phase-shift distributed feedback (DFB) fiber laser written in erbium/ytterbium co-...
We demonstrate a successful single-frequency and single-polarisation operation of erbium:ytterbium f...
We present a novel approach for linear polarized operation of a fiber laser not requiring any intra-...
We demonstrate a successful single-frequency and single-polarisation operation of erbium:ytterbium f...
A novel experimental setup for injection-locking experiments is presented. The single-mode-fiber-bas...
An approach of single-mode modulation using injection locked distributed feedback laser for millimet...
We experimentally investigate the dynamical injection-locking map of distributed feedback (DFB) semi...
We demonstrate that single polarization, hi-bi fiber DFB lasers are, in general, characterized by el...