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The Effect of Pillar Width for The Value of Power Absorption

The Finite-Difference-Time-Domain (FDTD) approach was used to model the Island-Trench photonic structure on silicon substrates and simulate light absorption on the periodic photonic structure. The pillar width of 360 nm was chosen because it has the maximum absorption value from the 2D modeling findings, which were sampled at the photonic connection wavelength of 850 nm for pillar heights of 500 nm and 1000 nm with pillar variations of 50 -790 nm. The calculation of the low light absorption power spectrum at an 800 nm substrate width was modeled in 3D using these results. At a wavelength of 800 nm, a photonic bandgap was discovered, as well as an increase in absorption at the 360nm pillar width.