Mapping the optical properties of SOI-type photonic crystal waveguides

In this article, we report on systematic mapping of the transmission properties of W1 waveguides as a function of the hole radius, slab thickness, and crystal length. Silicon-on-insulator (SOI) 200 mm diameter unibond wafers were patterned with electron beam lithography and processed on a 200 mm CMO...

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Hauptverfasser: Dulkeith, E., McNab, S.J., Vlasov, Yu.A.
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description In this article, we report on systematic mapping of the transmission properties of W1 waveguides as a function of the hole radius, slab thickness, and crystal length. Silicon-on-insulator (SOI) 200 mm diameter unibond wafers were patterned with electron beam lithography and processed on a 200 mm CMOS fabrication line. A periodic array of holes was etched through the slab. The waveguide was defined by omitting one row of holes from the photonic crystal lattice
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subjects CMOS process
Electron beams
Electron optics
Etching
Fabrication
Lithography
Optical waveguides
Photonic crystals
Silicon on insulator technology
Slabs
title Mapping the optical properties of SOI-type photonic crystal waveguides
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