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Fabry-Perot cavity(FPC) antennas with artificial magnetic conductor(AMC) surface are designed in order to provide scan capability by array feed inside the cavity. The proposed antenna, excited by thinned array, not only achieve higher directivities but also improve suppression of sidelobe level(SLL) relative to that of the thin array alone. The FPC antenna with the height of a quarter wavelength generate maximum gain of 19 dB, SLL suppression of 14 dB and maximum scan angle of under the feed phase difference of at the design frequency of 12 GHz.

Design of Scan-Capable Fabry Perot Cavity Antenna Using Artificial Magnetic Conductors