LED

2D LIGHT EMITTING DIODE SIMULATOR

LED is a module used for simulation and analysis of light emitting diodes. LED is integrated in the ATLAS framework with the Blaze simulator and allows simulation of electrical, optical and thermal behavior of light emitting diodes.

Key Features

• Uses advanced radiative recombination models in zincblende, wurtzite and organic/polymer materials to give light output intensity response electrical stimulus and spectral emission characteristics
• Radiative emission models account for material composition, strain, polarization and dipole emission effects
• Rigorous reverse ray tracing or finite difference time domain analysis give far field emission characteristics and output coupling efficiency
• Analysis of output coupling enhancement with photonic crystals using finite difference time domain
• Can be used with the Giga simulator to give realistic device behavior in conditions of self-heating
• Can be used with the MixedMode simulator to allow LED characterization in a SPICE circuit environment
• LED is fully integrated into the ATLAS framework and Blaze simulator to give emission characteristics as a function of device composition and electrical stimuli

Rev 071111_03