Abstract
A literal model using geometric examination was formulated to calculate the optimum width and length of multimode interference structure used in the 1×2 power splitter and plot electric field intensity for input and each output signal. Designing and simulation of the wavelength response of 1×2 splitter using Tapered and MMI assisted structure. Mechanism on the critical geographical parameters like length and width of MMI structure, separation distance between output ports ‘S’, arm angle ‘α’ which give the optimum power and electric field intensity for the considered necessary wavelength. Finite difference beam propagation methods have been used to simulate the conventional and tapered MMI device behaviour.
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