College Physics
College Physics
11th Edition
ISBN: 9781305952300
Author: Raymond A. Serway, Chris Vuille
Publisher: Cengage Learning
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Question
2. = A planar dielectric waveguide with the core refractive index n₁ 1.56 and the 1.47 is used to transmit light of wavelength o 750 nm. Suppose cladding index n₂ = = the width of the waveguide is d = 1.0 μm: (a) Determine the critical angle 0c at the interface. (b) Calculate and plot the phase change on reflection o, as a function of angle of incidence in the range 0c < 0</2, for the case of a TE wave. = 1, (c) Calculate the value of the angle of incidence Om corresponding to mode m = and the corresponding phase change $1. (d) Determine the skin depth for the evanescent wave in medium n2, for this mode.
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Transcribed Image Text:2. = A planar dielectric waveguide with the core refractive index n₁ 1.56 and the 1.47 is used to transmit light of wavelength o 750 nm. Suppose cladding index n₂ = = the width of the waveguide is d = 1.0 μm: (a) Determine the critical angle 0c at the interface. (b) Calculate and plot the phase change on reflection o, as a function of angle of incidence in the range 0c < 0</2, for the case of a TE wave. = 1, (c) Calculate the value of the angle of incidence Om corresponding to mode m = and the corresponding phase change $1. (d) Determine the skin depth for the evanescent wave in medium n2, for this mode.
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