Research Interests:
Research Interests:
Research Interests:
ABSTRACT
Research Interests:
ABSTRACT A broadband patch antenna on a defected ground is proposed. The defects are created by introducing conjugate omega shaped slots arranged in an array in the ground plane. An impedance bandwidth of 13.47% is obtained. Also, at the... more
ABSTRACT A broadband patch antenna on a defected ground is proposed. The defects are created by introducing conjugate omega shaped slots arranged in an array in the ground plane. An impedance bandwidth of 13.47% is obtained. Also, at the end a proposal to model such antenna using transmission line model is proposed.
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Research Interests:
Page 1. Multi-Band Patch Antenna on Conjugate-Omega Slotted Ground Sudhakar Sahu KIlT University Bhubaneswar, Orissa (INDIA) e-mail: sudhakarsahu@yahoo. co.uk Rabindra K. Mishra Electronic Science Department ...
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ABSTRACT A Cognitive Radio (CR) is presented which consists of a sensing antenna and an operational dual narrow band antenna. The proposed antenna is developed using coplanar wave guide technique where each antenna has separate feed point... more
ABSTRACT A Cognitive Radio (CR) is presented which consists of a sensing antenna and an operational dual narrow band antenna. The proposed antenna is developed using coplanar wave guide technique where each antenna has separate feed point and are placed together on the same substrate. The sensing antenna covers the wide range from 2.9 to 11 GHz and the narrow band Antenna covers dual band(3.9 -4.05) GHz due to LC resonator with bandwidth of 0.15 GHz and (5.2 -6.1)GHz with bandwidth of 0.9GHz due to the ground length, called as upper WIMAX band.
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A multi frequency microstrip stacked patch antenna sandwiched with omega array is proposed. The antenna features a multi frequency behavior (three operating bands) with similar gain. The Microstrip patch antenna on metamaterial substrates... more
A multi frequency microstrip stacked patch antenna sandwiched with omega array is proposed. The antenna features a multi frequency behavior (three operating bands) with similar gain. The Microstrip patch antenna on metamaterial substrates is loaded with Hexagonal - Omega structure. The proposed antenna utilizes Hexagonal - Omega structure in the ground plain altering the effective medium parameters of the substrate.