1. Bidirectional trifunctional splitter with two sided microstructure.
- Author
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Liang, Guoyu, Wang, Bo, Li, Jinjie, Zhan, Hongwei, and Cui, Zherui
- Subjects
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OPTICAL communications , *BEAM splitters , *OPTICAL devices , *BILAYER lipid membranes , *MICROSTRUCTURE , *SIMULATED annealing - Abstract
This paper proposes a bidirectional trifunctional splitter with a bilayer ridge structure for polarization-selective and polarization-insensitive outputs at the wavelength of 1550 nm. The configuration can realize a four-port output for both polarizations and TE-two/TM-three output. In the upper part of the bidirectional trifunctional splitter, for TE polarization, two outputs exhibit diffraction efficiencies greater than 49%, while for TM polarization, three outputs exhibit diffraction efficiencies greater than 32%. Furthermore, for the lower part of this beam splitter, under both TE and TM polarization, the diffraction efficiencies of four outputs exceed 24%. Compared to the previous beam splitter, the bidirectional trifunctional splitter exhibits superior uniformity and is capable of simultaneously achieving polarization-selective and polarization-insensitive outputs. Furthermore, the configuration is theoretically resistant to the geometric dimensions, which greatly reduces the difficulty of fabrication. This work exhibits a novel approach to the design of energy-splitting devices and optical communication systems with multiple outputs. • Novel bidirectional trifunctional splitter with a bilayer ridge on two sided microstructure. • Implementing four-port output either for two polarizations simultaneously or TE-two/TM-three output. • Exhibiting superior uniformity or achieving polarization-selective and polarization-insensitive outputs. [ABSTRACT FROM AUTHOR]
- Published
- 2024
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