In this paper we propose a special 2D version of the FDTD method for the rigorous analysis of 3D-optical and optoelectronic waveguide-based devices. By exploiting the characteristics of guiding structures, this technique allows a substantial reduction of the CPU-time and memory storage requirements. The method presented is then used to characterize the optical properties of a waveguide electro-absorption modulator
FDTD-Analysis of 3D-Optical and Optoelectronic Waveguide-Based Devices
ZEPPARELLI, Fabio;ALIMENTI, Federico;MEZZANOTTE, Paolo;ROSELLI, Luca;SORRENTINO, Roberto
1999
Abstract
In this paper we propose a special 2D version of the FDTD method for the rigorous analysis of 3D-optical and optoelectronic waveguide-based devices. By exploiting the characteristics of guiding structures, this technique allows a substantial reduction of the CPU-time and memory storage requirements. The method presented is then used to characterize the optical properties of a waveguide electro-absorption modulatorFile in questo prodotto:
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