PROJECT TITLE :

Investigation of multilayer planar hybrid plasmonic waveguide and bends

ABSTRACT:

Hybrid metal insulator metal plasmonic waveguide has been investigated at 1550 nm wavelength using frequency-domain electromagnetic solver of computer simulation technology microwave studio. This waveguide overcomes the limitations of conventional plasmonic metal insulator metal waveguide and provides good balance between propagation length and confinement. Propagation length up to two.five mm and confinement factor a lot of than 80p.c have been observed. Waveguide bends like ninety° and S-formed, based mostly on the presented waveguide have been examined; these bends exhibit a lot of than 90% transmission potency in a very confinement space of forty × two hundred nm2. The appliance of these structures in the planning of chip scale integrated circuitry is motivated.