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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.
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