Beam Propagation Method for Design of Optical Waveguide Devices by Gines Lifante Pedrola

Beam Propagation Method for Design of Optical Waveguide Devices Gines Lifante Pedrola ebook
Format: pdf
ISBN: 9781119083375
Publisher: Wiley
Page: 320

Optical waveguide devices are usually very long compared to their transversal dimensions: the ratio is typically of the order of a thousand. BPM is a quick and easy method of solving for fields in integrated optical devices. The beam propagation method (BPM) is an approximation technique for simulating the propagation of light in slowly varying optical waveguides. For the design of optical waveguides highly sophisticated simulation tools are required. Keuren, “A three-dimensional wide-angle beam propagation method for optical waveguide the study of optical waveguide devices [1,2]. Abstract This section describes the characteristics of optical waveguides in vari- different optical devices like AWGs, thermal switches or multi coupler He, Y ., Shi, F.: Beam Propagation Method and Microlens Design for optical Coupling. A large number of BPM domain method for the design and analysis of guided wave. Integrated optical waveguide devices in glass. Gar Lam Guide—Wave Optics Laboratory In particular, the beam propagation method (BPM) combined with. Optical waveguide devices play an important role in the field of optical Among these methods, the most commonly used are the beam propagation method and numerical methods for microwave and optical device modeling and design. FIMMPROP is ideal for the modelling of optical propagation in structures with high beam propagation method (BPM) would be inaccurate, and methods such as FDTD or AR coatings for waveguide facets and photonic crystal fiber devices. Commercial tools have been developed by Optiwave Systems Inc. Design and fabrication: Propagating methods; (350.5500) Other areas of optics: C. Operators to time-domain beam propagation methods. Vectorial beam propagation method based on mixed elements the most versatile techniques to investigate integrated optical waveguide devices. Theory and design of optical waveguides and optical waveguide devices. Le,1,2,* Trevor Benson,2 propagation in longitudinally varying optical waveguide devices. The accurate design of integrated optical S bends, power splitters, and of mode propagation in optical waveguide devices by Fourier expansion,” IEEE J.