Add to ORKGThe Jet Propulsion Laboratory has designed and developed a mechanically steered antenna for tracking satellites in a mobile environment. This antenna was used to track an L-band beacon on the MARISAT satellite. A description of the antenna and the results of the satellite experiment are given
The RF performance, size, pointing system, and cost were investigated concepts are: for a mechanical...
An antenna system including antenna elements and a satellite tracking method is considered a key tec...
The growing need for bidirectional mobile satellite communications in the Ka-band necessitates the d...
The Mobile Satellite Experiment (MSAT-X) breadboard antenna design demonstrates the feasibility of u...
The design and performance of a family of vehicle antennas developed at JPL in support of an emergin...
Prototype steerable microwave antenna tracks and communicates with geostationary satellite. Designed...
A NASA sponsored program, called the Mobile Satellite (MSAT) system, has prompted the development of...
This paper describes the development of the K- and Ka-band mobile-vehicular satellite-tracking refle...
NASA's Jet Propulsion Laboratory is currently developing the Advanced Communications Technology Sate...
In recent years, extensive experience has been built up at the University of Bristol in the use of t...
Development and characteristics of mechanically despun spacecraft antenna for deep space probes, tac...
Upcoming NASA missions will require tracking of low-orbit satellites. As a consequence, NASA antenna...
In order to avoid the keyhole problems associated with present antenna mounting systems and to meet ...
The design, fabrication, and performance of a parabolic, ground receiving antenna system with a feed...
A low profile electronically steered phased array was successfully developed for the Mobile Satellit...
The RF performance, size, pointing system, and cost were investigated concepts are: for a mechanical...
An antenna system including antenna elements and a satellite tracking method is considered a key tec...
The growing need for bidirectional mobile satellite communications in the Ka-band necessitates the d...
The Mobile Satellite Experiment (MSAT-X) breadboard antenna design demonstrates the feasibility of u...
The design and performance of a family of vehicle antennas developed at JPL in support of an emergin...
Prototype steerable microwave antenna tracks and communicates with geostationary satellite. Designed...
A NASA sponsored program, called the Mobile Satellite (MSAT) system, has prompted the development of...
This paper describes the development of the K- and Ka-band mobile-vehicular satellite-tracking refle...
NASA's Jet Propulsion Laboratory is currently developing the Advanced Communications Technology Sate...
In recent years, extensive experience has been built up at the University of Bristol in the use of t...
Development and characteristics of mechanically despun spacecraft antenna for deep space probes, tac...
Upcoming NASA missions will require tracking of low-orbit satellites. As a consequence, NASA antenna...
In order to avoid the keyhole problems associated with present antenna mounting systems and to meet ...
The design, fabrication, and performance of a parabolic, ground receiving antenna system with a feed...
A low profile electronically steered phased array was successfully developed for the Mobile Satellit...
The RF performance, size, pointing system, and cost were investigated concepts are: for a mechanical...
An antenna system including antenna elements and a satellite tracking method is considered a key tec...
The growing need for bidirectional mobile satellite communications in the Ka-band necessitates the d...