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  4. Integrated thermo-optic switches in silica/polymer waveguide technology
 
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2001
Conference Paper
Title

Integrated thermo-optic switches in silica/polymer waveguide technology

Abstract
Thermo-optic 1*2 vertical coupler switches (VCSs) using a hybrid polymer/silica integration technology were designed using a finite element method and a coupled mode method for different refractive index contrasts. The multilayer structures were optimized by thermal analysis. Based on this design and simulation, hybrid polymer/silica thermo-optic 1*2 VSCs exhibiting low insertion loss, low crosstalk, low switching power, and polarization independence were demonstrated. Using this 1*2 VCS as the building block, a 1*8 VCS has been implemented.
Author(s)
Yao, H.H.
Keil, N.
Zawadzki, C.
Lösch, K.
Satzke, K.
Wischmann, W.
Wirth, J. van
Bauer, J.
Bauer, M.
Schneider, J.
Mainwork
Materials and Devices for Photonic Circuits II  
Conference
Materials and Devices for Photonic Circuits 2001  
DOI
10.1117/12.447634
Language
English
EPC  
Fraunhofer-Institut für Nachrichtentechnik, Heinrich-Hertz-Institut HHI  
Keyword(s)
  • coupled mode analysis

  • finite element analysis

  • integrated optics

  • optical crosstalk

  • optical losses

  • optical multilayers

  • optical polymers

  • optical switches

  • refractive index

  • silicon compounds

  • thermal analysis

  • thermo-optical effects

  • integrated thermo-optic switches

  • silica/polymer waveguide technology

  • thermo-optic 1 by 2 vertical coupler switches

  • hybrid polymer/silica integration technology

  • finite element method

  • coupled mode method

  • different refractive index contrasts

  • multilayer structures

  • design

  • simulation

  • low insertion loss

  • low crosstalk

  • low switching power

  • polarization independence

  • 1 by 8 vcs

  • fibre-optic communications

  • sio2

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