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Design of a Planar LPDA Antenna with Light-Weight Supporting Structure for Installing on an Aircraft
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 Title & Authors
Design of a Planar LPDA Antenna with Light-Weight Supporting Structure for Installing on an Aircraft
Park, Young-Ju; Park, Dong-Chul;
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This paper proposes a planar Log-Periodic Dipole Array(LPDA) antenna with light-weight supporting structure for installing on an aircraft. The proposed antenna is designed by applying a planar skeleton supporting structure that has light-weight for an aircraft and is capable of withstanding structural vibration. The material of the planar skeleton supporting structure is a Polyether ether ketone(Peek) which has excellent characteristics on strength and temperature. The proposed antenna is fabricated by attaching the radiating elements of the LPDA on both sides of the supporting structure. The changed input impedance due to the dielectric material of the supporting structure was compensated for by controlling the distance and length of several radiating elements. The 10-dB return loss bandwidths of the designed planar LPDA antenna with light-weight supporting structure are obtained as 0.4~3.1 GHz(7.3:1) in the simulation and 0.41~3.5 GHz(8.2:1) in the measurement. The average gains in 0.5~3 GHz band are 6.77 dBi in the simulation and 6.55 dBi in the measurement. Therefore, we confirm that the designed antenna is appropriate to be installed on an aircraft due to its light-weight structure and wideband directional radiation characteristics.
LPDA Antenna;Planar Antenna;Aircraft Installation;Skeleton Supporting Structure;
 Cited by
공중 회전 방향탐지 반사판 안테나 급전기용 초광대역 LPDA 안테나 설계,박영주;박동철;

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항공용 회전 방향탐지 소형 옵셋 파라볼릭 반사판 안테나 설계,박영주;박동철;

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