![]() Run the first section of the script (lines 10-42). Pc_slab_rcwa.fsp and the script file pc_slab_rcwa.lsf in FDTD. Instructions for running the model and discussion of key results The RCWA solver is used to calculate the reflection and transmission from the photonic crystal slab at a range of incident angles. Typical simulation parameters are used for computing transmission and reflection from the photonic crystal slab at normal incidence with the RCWA solver.Ĭonvergence testing is performed using a sweep of the number of k-vectors used by the RCWA solver to determine how the transmission peak positions converge to the results from. , available in FDTD starting with release 2023 R1. The simulations in this example are performed with the Understand the simulation workflow and key results Lastly, the reflection and transmission are calculated as a function of frequency, incident angle, and polarization. The results with different number of k-vectors will be compared to simulation results from the literature through convergence testing. The reflection and transmission from a silicon photonic crystal slab is calculated, as well as the electric field inside the slab. ![]() This example demonstrates the basic functions of the
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