Highly birefringent broadband-dispersion-compensating photonic crystal fibre over the E+S+C+L+U wavelength bands
The key features of this paper include a hybrid design of a square core octagonal lattice photonic crystal fibre using only circular air-holes that explores a highly birefringent and broadband dispersion compensation covering the E, S, C, L and U communication bands (13601675nm) and a statistical comparison with some recent proposed designs.
birefringence photonic crystal fibre dispersion compensating fibre finite element method residual dispersion effective dispersion