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In this work, two adjacent patches and MEMS switches are proposed a reconfigurable antenna that is capable of operating at several frequencies. Optimization of wing patches is done to obtain more than three resonant frequencies of the antenna by selecting the MEMS cantilever bridge materials. The study shows that the material of MEMS switches has influenced(More)
A reconfigurable triple-band antenna operating at 17.21, 23.54 and 29.27 GHz using MEMS switches is presented. The reconfigurable triple-band dipole is firstly designed assuming ideal switches (ON/OFF). The effects of the two MEMS switches on different cantilever bridge materials on the antenna performance are studied. The design is performed using the 3D(More)
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