Numerical analysis of supercontinuum generated microstructured optical fiber with all normal chromatic dispersion

A micro-structured photonic crystal fiber (M-PCF) with all normal chromatic dispersion has been proposed for supercontinuum spectrum generation which is applicable in optical transmission and optical coherence tomography applications. Calculations of its different properties using finite difference method have shown that the proposed M-PCF has a high nonlinear coefficients at 1.06 ?m, 1.30 ?m and 1.55 ?m wavelength with flattened chromatic dispersion, low confinement losses and broad supercontinuum spectrum. Moreover, it has been shown that the proposed design obtain high power and short fiber length at 1.06 ?m, 1.30 and 1.55 ?m center wavelengths by propagating sech2 picosecond optical pulses with 1.0 ps pulse width at a full width at half maximum