Extracting the S parameters of a 4 port coupled Si ring resonator-waveguide system (2)
Lumerical simulation of ring resonator that has a radius of 3.1 units, waveguides that have a width of 0.4 units, & resonator-waveguide gap that is 0.1 units wide. Refractive index is 3.5. The S-matrix coefficients (S11, S21, S31, S41) are extracted.
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Lumerical FDTD Solutions is a high performance 3D FDTD-method Maxwell solver for the design, analysis and optimization of nanophotonic devices, processes and materials. Well suited for analyzing the interaction of UV, visible, and IR radiation with complicated structures employing wavelength scale features.
For more details see Lumerical FDTD Solutions.
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List of Other Lumerical FDTD Solutions Simulation Models on Kogence
Following are some more recently added public Lumerical FDTD Solutions models available for cloning/copying by anyone:
- 3D simulation of a Ta2O5 photonic crystal cavity in a triangular lattice of holes
- Extracting the S parameters of a 4 port coupled Si ring resonator-waveguide system
- Extracting the S parameters of a 4 port coupled Si ring resonator-waveguide system (2)
- Lumerical 3D simulation of a Ta2O5 photonic crystal cavity in a triangular lattice of holes
- Lumerical simulation of scattering properties of a silver nanowire
- Lumerical simulation of scattering properties of a silver nanowire (1)
See the full list of public Lumerical FDTD Solutions models available for cloning/copying here: Category:Lumerical FDTD Solutions. Alternatively, you could also click on the category links at the bottom of this page to navigate to other simulation models in similar subject are or similar computational methodology.