Mastering MicroLED Design: A Multiphysics Approach
Join us for an in-depth exploration of the Ansys Lumerical Suite of tools for optoelectronic and photonic simulations of MicroLED devices during this upcoming webinar.
Time:
June 20, 2023
Venue:
Virtual
Sign Up for Session One
1 PM EDT / 7 PM CEST / 11:30 PM IST
Sign Up for Session Two
9 PM EDT / 3 AM CEST / 6:30 PM IST (June 21)
About this Webinar
MicroLED technology is revolutionizing how we think about displays and lighting, offering promising levels of energy efficiency, pixel-level control, and higher contrast than conventional light sources. Capturing the complex interplay of underlying multiphysics effects in MicroLEDs is critical to optimizing for improved performance, such as efficiency, brightness, and color gamut. Join us for an in-depth exploration of the Ansys Lumerical Suite of tools for optoelectronic and photonic simulations of MicroLED devices, including our new CHARGE/MQW coupled mode simulation capabilities.
What You Will Learn
- Introduction to the new CHARGE/MQW coupled mode, enabling the self-consistent solution of the drift-diffusion, Poisson, and Schrödinger equations
- Simulation of the optoelectronic figures of merit, such as the current-voltage curve, internal quantum efficiency, and spontaneous emission power spectrum
- Simulation of the photonic figures of merit, such as the optical efficiency and field profile with FDTD and STACK
Who Should Attend
Photonic, optoelectronic and optic designers and engineers
Speaker
Bozidar Novakovic, Senior R&D Engineer, Ansys
