Design of Ultrawideband Photonic Crystals for Broadband Antenna Applications

Authors

K. Agi, University of New Mexico
K. Malloy, University of New Mexico
Elliott R. Brown, Wright State University - Main CampusFollow
O. B. McMalion, Massachusetts Institute of Technology
C. Dili, Massachusetts Institute of Technology

Document Type

Article

Publication Date

11-24-1994

Identifier/URL

43038345 (Pure)

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Catalog Record

Abstract

Face-centred-cubic photonic crystals with overlapping stop bands are stacked in tandem to obtain an ultrawideband photonic crystal. This crystal has a stop band that extends from 16 to at least 25 GHz and has a minimum rejection of ~7dB at normal incidence. Different stacking configurations have been studied, and cavity modes between nonadjacent crystals with overlapping stop bands have been observed.

Repository Citation

Agi, K., Malloy, K., Brown, E. R., McMalion, O. B., & Dili, C. (1994). Design of Ultrawideband Photonic Crystals for Broadband Antenna Applications. Electronics Letters, 30 (25), 2166-2167.
https://corescholar.libraries.wright.edu/physics/1404

DOI

10.1049/el:19941441