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Abstract: | A simple technique to improve the impedance bandwidth of a circular microstrip patch antenna using two sectorial slots is proposed. Using this design more than 5% impedance bandwidth is obtained. The added advantage of this new antenna is that it can be fed by a 50- microstrip line |
URI: | http://dyuthi.cusat.ac.in/purl/1366 |
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A new broadband circular patch antenna.PDF | (1.429Mb) |
Abstract: | Design, development and experimental observations of a L: band printed dipole antenna is presented.Bandwidth enhancement is achieved by end-loading or the dipole arms. Using the present technique Impedance bandwidth van be enhanced up to 50% without degrading the efficiency of the antenna. |
URI: | http://dyuthi.cusat.ac.in/purl/1435 |
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Novel wide band printed dipole antenna.PDF | (1.287Mb) |
Abstract: | The design and development of an L-band printed dipole antenna. optimized for wide-band applications near first resonance, is reported. This design has achieved more than 48% impedance bandwidth (VSWR 2:1), without degrading its overall radiation efficiency |
URI: | http://dyuthi.cusat.ac.in/purl/1363 |
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WIDE-BAND PRINTED DIPOLE ANTENNA.PDF | (1.256Mb) |
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