Design of Parallel-Plate Transmission Line Feeding Differentially Driven Patch Antenna for GPS application

Authors

  • Krishna Mani Pandey 1M.Tech Final year Student, Department of ECE Barkatullah University Institute of Technology Bhopal
  • Nitin Muchhal Associate Professor, Department of ECE Sagar Institute of Science and Technology (SISTec), Bhopal India
  • Kamal Niwaria M.Tech Final year Student, Department of ECE Barkatullah University Institute of Technology Bhopal
  • Dr. Sunanda Manke Associate Professor, Department of ECE Barkatullah University Institute of Technology Bhopal

DOI:

https://doi.org/10.24297/ijct.v12i4.3189

Keywords:

3-dB-gain bandwidth, Differentially driven antenna, bandwidth, parallel-plate transmission line, CADFEKO.

Abstract

In this paper a newly developed patch antenna, designated as the parallel-plate transmission line feeding differentially driven patch antenna is presented. The parallel-plate transmission line will not introduce inductance to the input impedance of a patch antenna, thus the height of the patch can be largely increased.  Measurements show that the 3-dB-gain bandwidth can be obtained to 65% (0.86–1.93 GHz), return loss is -20dB, VSWR is 1.3 and impedance is 51 ohm at resonant frequency of 1.58GHz. The radiation pattern is stable and this antenna is designed for GPS application.

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Author Biographies

Krishna Mani Pandey, 1M.Tech Final year Student, Department of ECE Barkatullah University Institute of Technology Bhopal

Assistant Professor, Department of ECE

Nitin Muchhal, Associate Professor, Department of ECE Sagar Institute of Science and Technology (SISTec), Bhopal India

Associate Professor, Department of ECE

Dr. Sunanda Manke, Associate Professor, Department of ECE Barkatullah University Institute of Technology Bhopal

Associate Professor, Department of ECE

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Published

2013-04-30

How to Cite

Pandey, K. M., Muchhal, N., Niwaria, K., & Manke, D. S. (2013). Design of Parallel-Plate Transmission Line Feeding Differentially Driven Patch Antenna for GPS application. INTERNATIONAL JOURNAL OF COMPUTERS &Amp; TECHNOLOGY, 12(4), 3411–3416. https://doi.org/10.24297/ijct.v12i4.3189

Issue

Vol. 12 No. 4 (2014)

Section

Research Articles
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