3D Charge Transport Simulator
Description
Built on the finite element drift-diffusion method, CHARGE provides designers with the correct tools for comprehensive charge transport simulation in active photonic and optoelectronic semiconductor devices. CHARGE self-consistently solves the system of equations describing electrostatic potential (Poisson’s equations) and density of free carriers (drift-diffusion equations). Automatic and guided mesh refinement tools are provided to achieve accuracy while minimizing computational effort. CHARGE is a solver within Lumerical’s DEVICE Multiphysics Simulation Suite, the world’s first multiphysics suite purpose-built for photonics designers. The DEVICE suite enables designers to accurately model components where the complex interaction of optical, electronic, and thermal phenomena is critical to performance. As part of the Finite Element IDE, designers can quickly analyze complex active devices while benefiting from Lumerical’s industry-leading usability, performance, and accuracy.
3D Charge Transport Simulator
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Frequently Asked Questions
CHARGE is a 3D Charge Transport Simulator built on the finite element drift-diffusion method. It provides designers with tools for comprehensive charge transport simulation in active photonic and optoelectronic semiconductor devices.
CHARGE self-consistently solves the system of equations describing electrostatic potential (Poisson’s equations) and density of free carriers (drift-diffusion equations).
CHARGE provides automatic and guided mesh refinement tools to achieve accuracy while minimizing computational effort.
The DEVICE Multiphysics Simulation Suite is a suite of tools purpose-built for photonics designers. It enables accurate modeling of components where the complex interaction of optical, electronic, and thermal phenomena is critical to performance.
The key applications of CHARGE include charge transport solver, comprehensive semiconductor material models, self-consistent charge and heat transport simulation, and performing multiphysics simulations for photovoltaic and electro-optic devices.