Low Earth Orbit satellites require fast and accurate production rates to meet the demands of satellite constellation launches. Antennas are essential sub-systems integral to the high-speed data through-put of these intricate communications networks.
The antennas in LEO satellites are designed for optimal performance at far distances and at high speeds. Their reliability and accuracy of transmission are essential to the future of satellite connectivity and the expanding communication networks via space. Satellites and their payloads encompass sophisticated and expensive technology that cannot easily be repaired or replaced once in orbit. Failure is not an option for these space-borne antenna systems critical to mission success.
Capable of measuring wide-band frequencies of multiple types of satellite antennas, from high-gain directional beam-forming phased arrays to omni-directional dipoles, MVG test and measurement systems can accommodate a broad range of satellite antennas and antenna systems. From sub-system or component level to fully integrated assemblies on complete satellites, and OTA for high frequency applications.
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The Benefits of Multi-probe Technology for the Testing of Phased-Array Antennas of LEO Satellite Constellations
The Missing Link between Numerical Simulation and Antenna Measurements with Application to Flush Mounted Antennas
Verification of Complex Excitation Coefficients from a Measured Space Array Antenna by the Equivalent Current Technique
Feasibility and Accuracy of Antenna Placement Analysis based on Measured Sources and Commercial Numerical Tools
Analysis of Coupling Phenomena between Spacecraft Antennas based on Equivalent Current Technique
Electrically thin VHF Array Elements for Satellite Applications Using Artificial Magnetic Material
Measurement and Simulation Comparison using Measured Source Antenna Representation of GNSS Antenna on Sentinel Satellite
Validation of Measured Source Antenna Representation in the Numerical Simulation of a GNSS Antenna on Sentinel Satellite
On demand webinar: Post-processing Techniques in 5G, Automotive, and Space Antenna Measurements
