Optical EngineeringGeneralized approach to single-mode dispersion-modified optical fiber design
|Format||Member Price||Non-Member Price|
A generalized approach is described for tailoring the dispersion characteristics of single-mode optical fibers with index distribution of nonuniform (or segmented) core and cladding profiles. This is followed by an identification of the sensitivities of the zero dispersion wavelength for various dopant level in the fiber regions. A design strategy is given as is its implementation for designing dispersion-modified optical fibers. Parameters critically affecting the dispersion-flattened or compensated single-mode fibers are outlined, together with a set of design rules.