Abstract
A novel 3-D hollow waveguide (HWG) is proposed and demonstrated to realize
low propagation loss and polarization insensitivity for widely tunable and
temperature insensitive photonic devices used in future dense wavelength division
multiplexing networks. Low polarization dependence and low propagation loss,
at the same time, are realizable by optimizing the shape of our 3-D structure.
The modeling and experiment of the novel 3-D HWG is presented for low propagation
loss and low polarization dependence.
© 2008 IEEE
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