Electromagnetic band gap-dipole sub-array antennas creating an enhanced tilted beams for future base station PROJECT TITLE :Electromagnetic band gap-dipole sub-array antennas creating an enhanced tilted beams for future base stationABSTRACT:A completely unique customised electromagnetic band gap (EBG)-dipole sub-array antenna with a tilted beam for future base-station applications is presented. An enhanced tilted beam for the bottom-station antenna is one in every of the safest ways to increase radio coverage space adhering to the strict power necessities. An array of 4 dipole-EBG elements is intended demonstrating the enhanced down-tilt beam. Each single element consists of dipole antenna mounted on a customised EBG ground plane created by connecting several unit cells of the EBG. The proposed array radiates a tilted beam in order to attain a high directivity at fastened down-tilt angle. The array antennas are simulated, fabricated and measured. The directivity of eleven dB is measured at the angle of 28° at three.5 GHz. This directivity is 1.9 dB more than the reference case that uses the broadside single part. Further, the EBG-dipole array that can be mechanically tilted is intended. The proposed array antenna exhibits acceptable impedance matching across the operational frequency band. Did you like this research project? To get this research project Guidelines, Training and Code... Click Here facebook twitter google+ linkedin stumble pinterest A 60 GHz simple-to-fabricate single-layer planar Fabry–Pérot cavity antenna Stacked microstrip antenna fed by an L-probe for quadruple band operation