A novel design solution for a low-profile fullduplex Satellite-On-The-Move Communications hybrid scanned phased array antenna for low elevation angle coverage (down to 10°) is described. The antenna is operated at Ku-Band. The unique louvered array element geometry in combination with a spatial filter/ “ray bending” lens facilitates the shaping of the element pattern to increase gain at low elevation angles. Preliminary modelling results using simple ray-tracing and 3D E simulation indicate that the desired low angle coverage can be achieved
Improvement in the antenna gain is usually achieved at the expense of bandwidth and vice versa. This...
A planar antenna is introduced that works as a portable system for X-band satellite communications. ...
The use of electronically steerable antennas for Satellite Communication (SATCOM) applications has b...
Abstract—A novel design solution for a low-profile full-duplex Satellite Communications-On-The-Move ...
This paper describes the concept of a low-profile user terminal antenna intended for mobile bi-direc...
To transfer broadband services to mobile users by satellite communications a large bandwidth is requ...
The adaptive array is linearly polarized and consists essentially of a driven lambda/4 monopole surr...
A 1×3 linear antenna array consisting of Quad-Arm Curl antenna with a High impedance meta-surface (Q...
In this paper, the design of a dielectric flat lens to operate in the Ku-band for satellite communic...
Abstract – A new adaptive antenna array architecture for low-earth-orbit satellite ground stations i...
This paper presents a low-profile user-terminal antenna for mobile bi-directional Ka-band satellite ...
Over the last decade the ability to efficiently communicate information from one location to a...
The motivation for this work was to develop a small aperture, low profile, dual frequency, dual pol...
An antenna system including antenna elements and a satellite tracking method is considered a key tec...
Abstract—This paper describes the design methodology and low-cost solutions implemented in a low-cos...
Improvement in the antenna gain is usually achieved at the expense of bandwidth and vice versa. This...
A planar antenna is introduced that works as a portable system for X-band satellite communications. ...
The use of electronically steerable antennas for Satellite Communication (SATCOM) applications has b...
Abstract—A novel design solution for a low-profile full-duplex Satellite Communications-On-The-Move ...
This paper describes the concept of a low-profile user terminal antenna intended for mobile bi-direc...
To transfer broadband services to mobile users by satellite communications a large bandwidth is requ...
The adaptive array is linearly polarized and consists essentially of a driven lambda/4 monopole surr...
A 1×3 linear antenna array consisting of Quad-Arm Curl antenna with a High impedance meta-surface (Q...
In this paper, the design of a dielectric flat lens to operate in the Ku-band for satellite communic...
Abstract – A new adaptive antenna array architecture for low-earth-orbit satellite ground stations i...
This paper presents a low-profile user-terminal antenna for mobile bi-directional Ka-band satellite ...
Over the last decade the ability to efficiently communicate information from one location to a...
The motivation for this work was to develop a small aperture, low profile, dual frequency, dual pol...
An antenna system including antenna elements and a satellite tracking method is considered a key tec...
Abstract—This paper describes the design methodology and low-cost solutions implemented in a low-cos...
Improvement in the antenna gain is usually achieved at the expense of bandwidth and vice versa. This...
A planar antenna is introduced that works as a portable system for X-band satellite communications. ...
The use of electronically steerable antennas for Satellite Communication (SATCOM) applications has b...