Optimizing Design of a Single-Mode Optical Rib Waveguide

Jin Yan Duan; Jian Wang; Bing Zhang; Yi Tao Ren

doi:10.4028/www.scientific.net/AMR.710.464

Paper Titles

Swept-Source OCT System Based on a Polarization-Dependent Semiconductor Optical Amplifier-Enabled Fourier Domain Mode Locked Laser
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Divergent Light Output of Full-Spectrum Solar Simulator Integrator Design
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Filter System of a Type of Divergent Light Output of Full-Spectrum of Solar Simulator Design
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Analysis and Research of the High Power LED Temperature Characteristics
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Optimizing Design of a Single-Mode Optical Rib Waveguide
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The Design of a Hybrid Diffractive-Refractive Wide-Angle Eyepiece with a Large Exit Pupil Distance
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Analysis on a Novel Concatenated Code for Optical Transmission Systems
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Research on PAPR Reduction Techniques for Asymmetrically Clipped Optical OFDM Communication System
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De Algorithm Optimization Design Research and Numerical Simulation of a New Optical Fiber F-P Sensing System
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HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 710Optimizing Design of a Single-Mode Optical Rib...

Optimizing Design of a Single-Mode Optical Rib Waveguide

Abstract:

The modal characteristics of the optical rib waveguides are analyzed systematically based on the effective index method (EIM) and the improved normalized eigen equations of the waveguides are obtained by defined normalized parameters, which the thickness of the outer slab and the normalized outer ridge height of the waveguides are used as parameters in the single-mode condition. The achieved expressions are simpler and easier to optimize the structure parameters in designing a single-mode rib waveguide.