© 2016 IEICE. A novel approach to design a multi-beam array antenna without a beam forming network (BFN) is presented. The proposed antenna consists of 3×3 microstrip patches that are tightly coupled through microstrip lines. By exciting any one of these patches, the energy can be coupled to all the patches. Nine beams towards different directions are obtained by selecting different feeding ports. The resultant gain varies from 10 dBi to 11 dBi. The scanning ranges of the beams are ±24° and ±45° in the elevation and horizontal directions, respectively. The proposed antenna has a single-layered structure without complex feeding network, which significantly lowers its cost
This paper represents the design of a microstrip patch antenna which is reconfigurable by means of t...
This work presents a new topology of a Coherently Radiating Periodic Structure - Beam Forming Networ...
An innovative dissipative multi-beam network for triangular arrays of three radiating elements is pr...
© 2016 IEEE. A novel design of multibeam array antenna without feeding network is presented in this ...
© 1963-2012 IEEE. A planar millimeter-wave 2-D beam-scanning multibeam array antenna fed by compact ...
Trabajo presentado al 29th ESA Antenna Workshop. Holanda, 2007.In this paper, a simple example of ap...
The topic of multibeam antenna constructed using Butler Matrix as a beamforming network (BFN) has re...
Consisting of 6 radiating elements and a 3×3 Butler matrix, a novel tri-beam antenna system is propo...
An innovative dissipative multi-beam network for triangular arrays of three radiating elements is pr...
This paper deals with the design of beam-forming networks (BFN) for scannable multibeam antenna arr...
The design of a beam-forming network (BFN) for a multibeam-steerable antenna array using Coherently ...
In this paper, a microstrip-based 4 * 8 Butler matrix (BM) is presented. The main benefit of the des...
This dissertation presents a beam forming network (BFN) for phased array antenna-based on coherently...
A low-profile twelve-beam printed patch antenna is presented for pattern reconfigurable applications...
A six inputs and three outputs structure which can be used to obtain six simultaneous beams with a ...
This paper represents the design of a microstrip patch antenna which is reconfigurable by means of t...
This work presents a new topology of a Coherently Radiating Periodic Structure - Beam Forming Networ...
An innovative dissipative multi-beam network for triangular arrays of three radiating elements is pr...
© 2016 IEEE. A novel design of multibeam array antenna without feeding network is presented in this ...
© 1963-2012 IEEE. A planar millimeter-wave 2-D beam-scanning multibeam array antenna fed by compact ...
Trabajo presentado al 29th ESA Antenna Workshop. Holanda, 2007.In this paper, a simple example of ap...
The topic of multibeam antenna constructed using Butler Matrix as a beamforming network (BFN) has re...
Consisting of 6 radiating elements and a 3×3 Butler matrix, a novel tri-beam antenna system is propo...
An innovative dissipative multi-beam network for triangular arrays of three radiating elements is pr...
This paper deals with the design of beam-forming networks (BFN) for scannable multibeam antenna arr...
The design of a beam-forming network (BFN) for a multibeam-steerable antenna array using Coherently ...
In this paper, a microstrip-based 4 * 8 Butler matrix (BM) is presented. The main benefit of the des...
This dissertation presents a beam forming network (BFN) for phased array antenna-based on coherently...
A low-profile twelve-beam printed patch antenna is presented for pattern reconfigurable applications...
A six inputs and three outputs structure which can be used to obtain six simultaneous beams with a ...
This paper represents the design of a microstrip patch antenna which is reconfigurable by means of t...
This work presents a new topology of a Coherently Radiating Periodic Structure - Beam Forming Networ...
An innovative dissipative multi-beam network for triangular arrays of three radiating elements is pr...