Design of a Novel 1x4 Two-Dimensional Demultiplexer Based on Multicore Photonic Crystal Fiber

This work suggests a brand-new 1*4 two-dimensional demultiplexer design based on multicore photonic crystal fiber.  Numerical models show that the optical signals can be separated in a photonic crystal fiber construction using optical signals with wavelengths of 0.85, 1.1, 1.19, and 1.35 µm injected on the center core and separated into four cores. The innovative design switches different air-hole positions using pure silica layers throughout the length of the fiber to regulate the direction of light transmission between layers.Wavelength demultiplexers are essential parts of optical systemic communications. They serve as a data distributor and canuse a single input to produce multiple outputs. The background material is frequently natural silica, and air holes can be found anywhere throughout the length of the fiber as the low-index components.The simulation results showed that after a 6 mm light propagation, the four-channel demux can start to demultiplex

Design of a Novel 1x4 Two-Dimensional Demultiplexer Based on Multicore Photonic Crystal Fiber

This work suggests a brand-new 1*4 two-dimensional demultiplexer design based on multicore photonic crystal fiber.  Numerical models show that the optical signals can be separated in a photonic crystal fiber construction using optical signals with wavelengths of 0.85, 1.1, 1.19, and 1.35 µm injected on the center core and separated into four cores. The innovative design switches different air-hole positions using pure silica layers throughout the length of the fiber to regulate the direction of light transmission between layers.Wavelength demultiplexers are essential parts of optical systemic communications. They serve as a data distributor and canuse a single input to produce multiple outputs. The background material is frequently natural silica, and air holes can be found anywhere throughout the length of the fiber as the low-index components.The simulation results showed that after a 6 mm light propagation, the four-channel demux can start to demultiplex

Photonic Crystal Based 2/3/6- Way Optical Splitter and Demultiplexer

We present 2-, 3-, and 6-way optical demultiplexer and optical filters based on coupled waveguide and photonic crystal cavities. Demultiplexers with 3 nm channel separation and optical splitters with different transmission efficiencies are presented. The structures designed on GaAs wafers having the smallest footprint of 78 μm2, are suitable for integrating all-optical devices for planar integrated circuits