Add to ORKGA dynamical simulation model for three-section DBR laser is extended to analyse the thermal effect under continuous tuning. A new method to compensate the thermal drifts is implemented, and we have simulated a nonintrusive wavelength tuning, with and without mode jumping.Peer Reviewe
The lasing wavelength of a single-section distributed feedback (DFB) laser diode can be modulated by...
In this paper, we present a method of self-detection of mode hops in a distributed Bragg reflector t...
Wavelength tuning of laser with conventional thermal based technique is a very slow process. The tun...
We present for the first time a comprehensive study of the static and dynamic properties of a cooler...
The travelling-wave method was used to investigate nonlinear spatio-temporal dynamics of a tunable l...
The performance of a multisection DBR semiconductor laser emitting around 1060 nm is experimentally ...
We present a calibrated full-3D simulation of a widely-tunable sampled-grating distributed Bragg ref...
We present a monolithically integrated three-section all-active AlGaInAs/InP tunable distribu...
A detailed thermo-optic model combining the 1D transfer matrix method and a 3D finite element method...
A 4Gbit/s directly modulated DBR laser is demonstrated with nanometre scale thermal tuning over an e...
laser is approximately 0.5 ms, which is in good agreement with the results of Oberg et al. [3]. In c...
Part 4: Optimization, TuningInternational audienceOur aim is present the methodology of simulations ...
A methodology for simulating an edge emitting laser is demonstrated that incorporates a distributed ...
[[abstract]]In this paper we exploit a basic type of three-stage Distributed Bragg Reflector (DBR) l...
Digital supermode DBR (DS-DBR) lasers are an attractive light source for WDM transmitter systems as ...
The lasing wavelength of a single-section distributed feedback (DFB) laser diode can be modulated by...
In this paper, we present a method of self-detection of mode hops in a distributed Bragg reflector t...
Wavelength tuning of laser with conventional thermal based technique is a very slow process. The tun...
We present for the first time a comprehensive study of the static and dynamic properties of a cooler...
The travelling-wave method was used to investigate nonlinear spatio-temporal dynamics of a tunable l...
The performance of a multisection DBR semiconductor laser emitting around 1060 nm is experimentally ...
We present a calibrated full-3D simulation of a widely-tunable sampled-grating distributed Bragg ref...
We present a monolithically integrated three-section all-active AlGaInAs/InP tunable distribu...
A detailed thermo-optic model combining the 1D transfer matrix method and a 3D finite element method...
A 4Gbit/s directly modulated DBR laser is demonstrated with nanometre scale thermal tuning over an e...
laser is approximately 0.5 ms, which is in good agreement with the results of Oberg et al. [3]. In c...
Part 4: Optimization, TuningInternational audienceOur aim is present the methodology of simulations ...
A methodology for simulating an edge emitting laser is demonstrated that incorporates a distributed ...
[[abstract]]In this paper we exploit a basic type of three-stage Distributed Bragg Reflector (DBR) l...
Digital supermode DBR (DS-DBR) lasers are an attractive light source for WDM transmitter systems as ...
The lasing wavelength of a single-section distributed feedback (DFB) laser diode can be modulated by...
In this paper, we present a method of self-detection of mode hops in a distributed Bragg reflector t...
Wavelength tuning of laser with conventional thermal based technique is a very slow process. The tun...