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A novel reconfiguration method based in the use of
pixel surfaces as parasitic elements is presented. This concept
can be used to provide reconfigurability to a wide variety of
non-reconfigurable antennas without requiring additional modifications
on the basic antenna design and avoiding any physical
General guidelines are provided for the design of parasitic pixel
surfaces. Reconfigurability of a parasitic pixel layer used in conjunction
with a patch antenna is analyzed. Results demonstrate
simultaneous frequency and radiation pattern reconfiguration
with capabibity of providing till a 10% frequency tuning range
and beamsteering over 30º.
CitationRodrigo, D. [et al.]. Antenna reconfigurability based on a novel parasitic pixel layer. A: European Conference on Antennas and Propagation. "5th European Conference Antennas and Propagation". 2011, p. 3497-3500.
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