This paper proposes a wideband polarization reconfigurable antenna design for WLAN applications. It consists of a shorted annular patch (SAP) antenna as the source, a partially reflective surface (PRS) structure to enhance the gain, and a reconfigurable Wilkinson power divider as the feed network. The antenna can electronically alter its polarization between linear polarization (LP), left-hand circular polarization (LHCP), and right-hand circular polarization (RHCP),achieving an overlapped 10dB impedance bandwidth and 3 dB axial-ratio bandwidth of 4.68-5.33 GHz (13%), thus outperforming most of the reported polarization reconfigurable antennas in terms of the frequency bandwidth
© 2015 Radio Society (Mauritius). This paper introduces a polarization reconfigurable antenna. The a...
In this paper, an electronically polarization re-configurable circular patch antenna, with fixed res...
A novel circularly polarized antenna with polarization reconfigurable characteristics was designed u...
© 2016 IEEE. A novel partially reflective surface (PRS) antenna is proposed, which can electronicall...
In this paper, the patch antenna with polarization reconfigurability feature is proposed. The antenn...
© 2015 The Institute of Electronics, Information and Comm. This paper introduces a wideband aperture...
© 2015 IEEE. This communication introduces a polarization reconfigurable wideband circularly polariz...
This paper proposes an antenna with ability to reconfigure the polarization between linear polarizat...
IEEE In this Communication, a wideband low-profile antenna with switchable multi-linear polarization...
© 2017 IEEE. This paper will present a series of novel polarization reconfigurable antennas for mode...
A novel single-feed design of a patch antenna with polarization reconfigurability is proposed in t...
A new microstrip dual-band polarization reconfigurable antenna is presented for wireless local area ...
In this paper, an electronically polarization reconfigurable circular patch antenna with fixed reson...
In this paper, a single fed polarization reconfigurable antenna is proposed. The antenna consists of...
This paper presents a novel dual-band annular patch antenna with functional microstrip circuit modul...
© 2015 Radio Society (Mauritius). This paper introduces a polarization reconfigurable antenna. The a...
In this paper, an electronically polarization re-configurable circular patch antenna, with fixed res...
A novel circularly polarized antenna with polarization reconfigurable characteristics was designed u...
© 2016 IEEE. A novel partially reflective surface (PRS) antenna is proposed, which can electronicall...
In this paper, the patch antenna with polarization reconfigurability feature is proposed. The antenn...
© 2015 The Institute of Electronics, Information and Comm. This paper introduces a wideband aperture...
© 2015 IEEE. This communication introduces a polarization reconfigurable wideband circularly polariz...
This paper proposes an antenna with ability to reconfigure the polarization between linear polarizat...
IEEE In this Communication, a wideband low-profile antenna with switchable multi-linear polarization...
© 2017 IEEE. This paper will present a series of novel polarization reconfigurable antennas for mode...
A novel single-feed design of a patch antenna with polarization reconfigurability is proposed in t...
A new microstrip dual-band polarization reconfigurable antenna is presented for wireless local area ...
In this paper, an electronically polarization reconfigurable circular patch antenna with fixed reson...
In this paper, a single fed polarization reconfigurable antenna is proposed. The antenna consists of...
This paper presents a novel dual-band annular patch antenna with functional microstrip circuit modul...
© 2015 Radio Society (Mauritius). This paper introduces a polarization reconfigurable antenna. The a...
In this paper, an electronically polarization re-configurable circular patch antenna, with fixed res...
A novel circularly polarized antenna with polarization reconfigurable characteristics was designed u...