optical output
carrier density
optical gain
injection
The model will provide detailed information about the time domain response of your devices, including real quantum noise effects, chirp, gain saturation and the like. Above right is a simulation showing the laser being pulsed in time.
A large collection of software “instruments” permit you to monitor a wide variety of quantities during a simulation, including voltages, carrier densities, local gain, temperature, quantum efficiency Opposite is an eye diagram response of a DFB direct-modulated laser. You can clearly see the quantum noise on the signal, as well as the laser “ringing”.
General
What is CLADISS-2D?
-Calculation Method
-Structure description
-Waveguide model
-Grating model
-Electrical model
-Graphical tool
Time domain response
Features List
Generic structures
Platforms
Customer support
Harold
Features
Facet heating
Heating mechanisms