We have added to our very general, user friendly simulator for integrated optical circuits the capability to analyze structures made with semiconductor materials whose characteristics are controlled with current injection. The simulator is interfaced with the optical layout generator SIGRAPH (TM)-Optik (by Siemens-Nixdorf) and it is based on a finite difference BPM with transparent boundary conditions. Some examples of applications are presented; they show the agreement with the results reported in the literature and the potentiality of the simulator
International audienceThe current CMOS image sensors market trend leads to achieve good image resolu...
The model is implemented as a charge controlled model using object-oriented pro-gramming and automat...
We present SPICE simulations of a CMOS APS pixel element consisting of the optical sensor and the ci...
We have added to our very general, user friendly simulator for integrated optical circuits the capab...
In this paper we present a BPM simulator for the analysis of high power flared semiconductor lasers....
Nowadays advanced simulation technologies of semiconductor devices occupies an important place in mi...
Key results of a benchmark test for integrated optical circuit design by optical field propagation s...
Abs t rac t The description of the optical-generation phenomena has been incorporated in the semi-co...
Simulation of photolithographic processes is widely used in semiconductor research and industry. The...
During the last few years, process simulation has become a valuable tool for the optimization of sem...
The calibration of a semiconductor optical amplifier simulator based on ASE-power measurements is pr...
Describing integrated circuits based on their physical and topological properties leads naturally to...
DEVSIM is a technology computer aided design (TCAD) simulation soft- ware. It is released under an o...
In this paper, we detail a new simulation strategy for the accurate prediction of the functionality ...
BPM-Matlab is an open-source optical propagation simulation tool we developed in MATLAB environment ...
International audienceThe current CMOS image sensors market trend leads to achieve good image resolu...
The model is implemented as a charge controlled model using object-oriented pro-gramming and automat...
We present SPICE simulations of a CMOS APS pixel element consisting of the optical sensor and the ci...
We have added to our very general, user friendly simulator for integrated optical circuits the capab...
In this paper we present a BPM simulator for the analysis of high power flared semiconductor lasers....
Nowadays advanced simulation technologies of semiconductor devices occupies an important place in mi...
Key results of a benchmark test for integrated optical circuit design by optical field propagation s...
Abs t rac t The description of the optical-generation phenomena has been incorporated in the semi-co...
Simulation of photolithographic processes is widely used in semiconductor research and industry. The...
During the last few years, process simulation has become a valuable tool for the optimization of sem...
The calibration of a semiconductor optical amplifier simulator based on ASE-power measurements is pr...
Describing integrated circuits based on their physical and topological properties leads naturally to...
DEVSIM is a technology computer aided design (TCAD) simulation soft- ware. It is released under an o...
In this paper, we detail a new simulation strategy for the accurate prediction of the functionality ...
BPM-Matlab is an open-source optical propagation simulation tool we developed in MATLAB environment ...
International audienceThe current CMOS image sensors market trend leads to achieve good image resolu...
The model is implemented as a charge controlled model using object-oriented pro-gramming and automat...
We present SPICE simulations of a CMOS APS pixel element consisting of the optical sensor and the ci...