Design and Simulation of Microstrip Array Antennas - Huque, Tanvir Ishtaique ul;Hosain, Kamal
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This research treatise shows the performance analysis of the microstrip antenna, based on the various parameters of it that are used to implement it and provides an optimization decision to get highly efficient microstrip antenna. In these paper different microstrip array antennas such as Series-feed, corporate-feed and series-corporate feed are analyzed and simulated. These antennas are designed on a thin substrate for the application of conformal microstrip array antenna. In all cases we get return losses in the range -4.21dB to -25.456 dB at resonance frequency. The gain of these antennas…mehr

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Produktbeschreibung
This research treatise shows the performance analysis of the microstrip antenna, based on the various parameters of it that are used to implement it and provides an optimization decision to get highly efficient microstrip antenna. In these paper different microstrip array antennas such as Series-feed, corporate-feed and series-corporate feed are analyzed and simulated. These antennas are designed on a thin substrate for the application of conformal microstrip array antenna. In all cases we get return losses in the range -4.21dB to -25.456 dB at resonance frequency. The gain of these antennas are simulated and found adequate results where side lobe label is maintained lower than main lobe. Operating frequency of these antennas is 10 GHz so these antennas are suitable for X-band application.
Autorenporträt
Md. Tanvir Ishtaique-ul Huque was born in 1988 in Bangladesh. He received his B.Sc. Engineering degree from the Rajshahi University of Engineering & Technology (RUET) in 2010. Now he is a postgraduate student of the school of EIE of The University of Sydney. His prominent research interest includes the Wireless Communication.