A Manual Reconfigurable Multiband Cavity Backed Helical Antenna

Article ID

C5A08

A Manual Reconfigurable Multiband Cavity Backed Helical Antenna

Rahul Yadav
Rahul Yadav Mumbai University
VinitKumar Jayprakash Dongre
VinitKumar Jayprakash Dongre
DOI

Abstract

The paper presents a miniaturized design of helical antenna loaded inside an impedance matching L-wall shaped cavity to achieve multi-frequency bands in the range of 5-15 GHz. A detail analysis of helix orientation inside the designed cavity is carried out. The cavity and helix arrangement is made reconfigurable by placing the helix and RF feed in such a way that it can thus be rotated manually at various angles with respect to the cavity walls. A comparative analysis of antenna gain and bandwidth is also reported. The antenna has a peak gain of 11.28dB and highest bandwidth of 2.68GHz. The maximum power handling capacity of the design is found to be 40.67MW. Computer Simulation Tool is used in the modeling of antenna. The antenna being conformal in design finds its application in aerospace, military and personal wireless communication.

A Manual Reconfigurable Multiband Cavity Backed Helical Antenna

The paper presents a miniaturized design of helical antenna loaded inside an impedance matching L-wall shaped cavity to achieve multi-frequency bands in the range of 5-15 GHz. A detail analysis of helix orientation inside the designed cavity is carried out. The cavity and helix arrangement is made reconfigurable by placing the helix and RF feed in such a way that it can thus be rotated manually at various angles with respect to the cavity walls. A comparative analysis of antenna gain and bandwidth is also reported. The antenna has a peak gain of 11.28dB and highest bandwidth of 2.68GHz. The maximum power handling capacity of the design is found to be 40.67MW. Computer Simulation Tool is used in the modeling of antenna. The antenna being conformal in design finds its application in aerospace, military and personal wireless communication.

Rahul Yadav
Rahul Yadav Mumbai University
VinitKumar Jayprakash Dongre
VinitKumar Jayprakash Dongre

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Rahul Yadav. 2014. “. Global Journal of Research in Engineering – F: Electrical & Electronic GJRE-F Volume 13 (GJRE Volume 13 Issue F16): .

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Crossref Journal DOI 10.17406/gjre

Print ISSN 0975-5861

e-ISSN 2249-4596

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GJRE Volume 13 Issue F16
Pg. 25- 31
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A Manual Reconfigurable Multiband Cavity Backed Helical Antenna

Rahul Yadav
Rahul Yadav Mumbai University
VinitKumar Jayprakash Dongre
VinitKumar Jayprakash Dongre

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