Crosslight LED simulator
Analysis tool for the effects of polarization charge in blue light-emitting diodes and optimization of device structure.
Various physical models. (k.p. theory based on a multiple quantum wells model according to the urtz mineral materials. Polarization surface charge/self-consistent model. Many-body gain/spontaneous emission theory for quantum wells or quantum dots. Non-equilibrium quantum transport model.) Comparison of the presence or absence of the effect of polarization charge in the characteristics of InGaN/GaN MQW blue LEDs. (Band diagram, EL spectrum, I-V curve, internal quantum efficiency (IQE)). Additionally, consideration of structural optimization. (Dependence on indium composition, dependence on the number of quantum wells, dependence on the thickness of the quantum well/barrier layer.)
- Company：クロスライトソフトウェアインク日本支社
- Price：Other
