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In this paper a technique is applied to the traditional bow- tie antenna to miniaturize the area by 46% while the antenna helps reducing the system's power consumption by shaping the output signal, hence eliminating an extra filter.
A modified small-size tapered monopole antenna is optimized for ultra wideband applications in the 3-10 GHz band. Its performance in time and frequency domain is verified in co-design with the transceiver. The antenna miniaturized with our developed real-coded compact genetic algorithm, RCCGA, where the antenna area has been reduced 48% comparing to previous work at 3.1 to 11.7 GHz bandwidth operation...
A modified small-size tapered monopole antenna is optimized for ultra wideband applications in co-design with the transceiver. Our optimization procedure aims at finding an antenna not only with low VSWR, but also miniaturizing the antenna at the same time. Our proposed optimization algorithm, real-coded compact genetic algorithm, RCCGA, has lowered the antenna area more than 48% compared to previous...
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