The CATR, which produces far field conditions in a limited indoor space, enables users to characterise antennas that would normally need hundreds of meters of space in an equivalent outdoor range to properly measure. The facility is used to measure antenna characteristics, such as beam width, gain, sidelobe levels and polarisation of various size antennas or antenna subsystems over a frequency range from 750 MHz to 40 GHz. The range can also be reconfigured to measure the Radar Cross Section (RCS) of antennas or other targets. The focus of the Centre for Electromagnetism (CEM) in the Department of Electrical
Martin Marietta designed and brought on-line an indoor far field chamber used for radar cross sectio...
The research detailed in this report was conducted within the near field scanner facility of the DER...
Hologram-based compact antenna test range (CATR) is a potential method for testing large antennas at...
Antenna characterisation and radar cross section measurements can be conveniently and successfully c...
International audienceIn order to improve its capabilities in measuring millimeter-wave antennas, th...
A Compact Test Range (CTR) facility shall extend the measurement capabilities at the Microwaves and ...
A compact antenna test range (CATR) based on a radio frequency hologram is a potential method for te...
The DLR Compact Test Range (CTR) is a dual reflector compact range in an electromagnetically shielde...
The compact antenna test range (CATR) principle generates pseudo far-field conditions in a limited t...
This paper describes the development of a fully automated measurement software for antenna radiation...
The performance of a CATR relies on the planarity of the synthesized test wave, which is generated ...
This paper presents the analysis and evaluation of an indoor far-field chamber used for radar cross ...
This paper describes the new anechoic chamber available at The University of Kent, UK. This facility...
Computer-generated holograms can be used as collimating elements in compact antenna test ranges (CAT...
constructed, and used for testing the ADMIRALS RTO antenna of 1.5 m in diameter. The CATR is based o...
Martin Marietta designed and brought on-line an indoor far field chamber used for radar cross sectio...
The research detailed in this report was conducted within the near field scanner facility of the DER...
Hologram-based compact antenna test range (CATR) is a potential method for testing large antennas at...
Antenna characterisation and radar cross section measurements can be conveniently and successfully c...
International audienceIn order to improve its capabilities in measuring millimeter-wave antennas, th...
A Compact Test Range (CTR) facility shall extend the measurement capabilities at the Microwaves and ...
A compact antenna test range (CATR) based on a radio frequency hologram is a potential method for te...
The DLR Compact Test Range (CTR) is a dual reflector compact range in an electromagnetically shielde...
The compact antenna test range (CATR) principle generates pseudo far-field conditions in a limited t...
This paper describes the development of a fully automated measurement software for antenna radiation...
The performance of a CATR relies on the planarity of the synthesized test wave, which is generated ...
This paper presents the analysis and evaluation of an indoor far-field chamber used for radar cross ...
This paper describes the new anechoic chamber available at The University of Kent, UK. This facility...
Computer-generated holograms can be used as collimating elements in compact antenna test ranges (CAT...
constructed, and used for testing the ADMIRALS RTO antenna of 1.5 m in diameter. The CATR is based o...
Martin Marietta designed and brought on-line an indoor far field chamber used for radar cross sectio...
The research detailed in this report was conducted within the near field scanner facility of the DER...
Hologram-based compact antenna test range (CATR) is a potential method for testing large antennas at...