High Reflectivity Semiconductor-glass Grating Structure for SOI Application

Authors

  • Gopinath Palai Head (ECE), Dean (R&D)
  • S. K. Beura

DOI:

https://doi.org/10.37591/toeoc.v3i3.1899

Abstract

Abstract

High reflectance of semiconductor-glass (GaAs-BSG, InP-FS, GaAs-FS, Ge-BK7, Ge-BSG) grating SOI structure at wavelength 1.55 µm is thoroughly investigated in this paper. Simulation result showed that, reflectivities are 99.01, 99.03, 99.20, 99.29 and 99.47% at wavelength 1.55 µm for GaAs-BSG, InP-FS, GaAs-FS, Ge-BK7, Ge-BSG grating SOI structure, respectively. This simulation is carried out using plane wave expansion method. Present simulation gives effective result as compared to existing result.

Keywords: semiconductor-glass grating, reflectance, plane wave expansion method

Author Biography

Gopinath Palai, Head (ECE), Dean (R&D)

Department of Electronics and communication engineering, Gandhi Institute for Technological Advancment GITA, Janla, Bhubaneswar

Published

2019-04-01

Issue

Section

Research Articles