Design of a dual-port circular patch antenna with a sector-slot for dual-frequency operation is presented. The antenna resonates at two distinct frequencies with orthogonal polarizations and broad radiation characteristics. Unlike the conventional circular patch, this antenna can be microstrip-fed to operate at either of the resonances. The two polarizations can be simultaneously excited using two electromagnetically coupled ports with an isolation better than −30 dB between the ports. This antenna has the added advantage of size reduction of 44% compared to the conventional circular patch without any reduction in gain.Cochin University of Science & Technolog
This work represents a microstrip patch array antenna which is designed and analyzed for the applica...
This work represents a microstrip patch array antenna which is designed and analyzed for the applica...
This work represents a microstrip patch array antenna which is designed and analyzed for the applica...
A novel design of a circular microstrip antenna with an additional small circular patch excited by a...
This paper proposes design of a microstrip patch antenna having circular polarization. To achieve ci...
A dual-band circularly polarization (CP) antenna using a slotted square patch with single probe feed...
This paper proposes a dual-band dual-circularly polarized (CP) aperture-coupled patch antenna with c...
Abstract—A new design of a dual-frequency dual circularly-po-larized slot antenna is presented. The ...
This paper presents the results of the development of a microstrip antenna that presents dual-band o...
Design of a compact dual frequency microstrip antenna is presented. The structure consists of a slot...
This paper proposes a design of two-ports circularly polarized stacked patch antenna with square rin...
This paper proposes a design of two-ports circularly polarized stacked patch antenna with square rin...
This paper proposes a design of two-ports circularly polarized stacked patch antenna with square rin...
A novel technique for obtaining dual-hand circular polarization (CP) radiation of a single-feed circ...
[[abstract]]A new design of aperture-coupled microstrip antennas for circular polarization (CP) is p...
This work represents a microstrip patch array antenna which is designed and analyzed for the applica...
This work represents a microstrip patch array antenna which is designed and analyzed for the applica...
This work represents a microstrip patch array antenna which is designed and analyzed for the applica...
A novel design of a circular microstrip antenna with an additional small circular patch excited by a...
This paper proposes design of a microstrip patch antenna having circular polarization. To achieve ci...
A dual-band circularly polarization (CP) antenna using a slotted square patch with single probe feed...
This paper proposes a dual-band dual-circularly polarized (CP) aperture-coupled patch antenna with c...
Abstract—A new design of a dual-frequency dual circularly-po-larized slot antenna is presented. The ...
This paper presents the results of the development of a microstrip antenna that presents dual-band o...
Design of a compact dual frequency microstrip antenna is presented. The structure consists of a slot...
This paper proposes a design of two-ports circularly polarized stacked patch antenna with square rin...
This paper proposes a design of two-ports circularly polarized stacked patch antenna with square rin...
This paper proposes a design of two-ports circularly polarized stacked patch antenna with square rin...
A novel technique for obtaining dual-hand circular polarization (CP) radiation of a single-feed circ...
[[abstract]]A new design of aperture-coupled microstrip antennas for circular polarization (CP) is p...
This work represents a microstrip patch array antenna which is designed and analyzed for the applica...
This work represents a microstrip patch array antenna which is designed and analyzed for the applica...
This work represents a microstrip patch array antenna which is designed and analyzed for the applica...