VCSEL applications are continuously growing, especially in sensing. High-power, i.e., large area, and single-mode are contradictory requirements, tackled by mastering VCSEL temperature distribution (TD) and proper design. We present here a viable approach aimed at efficiently introducing TD in 3D simulations of optical modes.
Modeling self-heating in high-power non-circular VCSELs
Gullino A.;Goano M.;Debernardi P.
2024
Abstract
VCSEL applications are continuously growing, especially in sensing. High-power, i.e., large area, and single-mode are contradictory requirements, tackled by mastering VCSEL temperature distribution (TD) and proper design. We present here a viable approach aimed at efficiently introducing TD in 3D simulations of optical modes.File in questo prodotto:
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