Effect Of Change In Dimensions Of The Circular Antenna And Feedpoint On The Antenna Performance

Article ID

D2YMJ

Effect Of Change In Dimensions Of The Circular Antenna And Feedpoint On The Antenna Performance

Dr. Priyanka Sharma
Dr. Priyanka Sharma Pearson Assessment Centre
Tarang Tripathi
Tarang Tripathi
Dushyant Singh
Dushyant Singh
DOI

Abstract

Circular microstrip antennas have several interesting properties that makes it attractive in wireless applications. A circular microstrip antenna is designed in order to obtain the required parameter responses from 2.7 GHz to 2.9 GHz by using IE3D software based on the method of cavity model due to simplicity and ease of analysis. The circular microstrip antenna is fed by a coaxial probe (Teflon probe) and glass epoxy is used with the specified information include the dielectric constant of substrate ( fr = 4.2), the resonant frequency (fr = 2.8 GHz) and substrate height (h=1.6mm). The circular microstrip antenna exhibits appropriate required parameters depend on the feedpoint position, size of the circular patch. A prototype of a circular microstrip antenna has been built and tested by spectrum analyzer. There is slight difference between the measured and simulated results caused by several factors that would be discussed in result part.

Effect Of Change In Dimensions Of The Circular Antenna And Feedpoint On The Antenna Performance

Circular microstrip antennas have several interesting properties that makes it attractive in wireless applications. A circular microstrip antenna is designed in order to obtain the required parameter responses from 2.7 GHz to 2.9 GHz by using IE3D software based on the method of cavity model due to simplicity and ease of analysis. The circular microstrip antenna is fed by a coaxial probe (Teflon probe) and glass epoxy is used with the specified information include the dielectric constant of substrate ( fr = 4.2), the resonant frequency (fr = 2.8 GHz) and substrate height (h=1.6mm). The circular microstrip antenna exhibits appropriate required parameters depend on the feedpoint position, size of the circular patch. A prototype of a circular microstrip antenna has been built and tested by spectrum analyzer. There is slight difference between the measured and simulated results caused by several factors that would be discussed in result part.

Dr. Priyanka Sharma
Dr. Priyanka Sharma Pearson Assessment Centre
Tarang Tripathi
Tarang Tripathi
Dushyant Singh
Dushyant Singh

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Dr. Priyanka Sharma. 2012. “. Global Journal of Research in Engineering – F: Electrical & Electronic GJRE-F Volume 12 (GJRE Volume 12 Issue F5): .

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Crossref Journal DOI 10.17406/gjre

Print ISSN 0975-5861

e-ISSN 2249-4596

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Effect Of Change In Dimensions Of The Circular Antenna And Feedpoint On The Antenna Performance

Dr. Priyanka Sharma
Dr. Priyanka Sharma Pearson Assessment Centre
Tarang Tripathi
Tarang Tripathi
Dushyant Singh
Dushyant Singh

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