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CNES and Thales Airborne Systems (TAS) have developed a new reflectarray antenna with electronic beam scanning for space applications. This paper describes phase shifter technology and antenna architecture. An engineering model in X-band frequency was designed and manufactured by TAS and was measured in the CNES Compact Antenna Test Range. The paper deals with antenna performances (gain, cross-polarization...
This paper gives a general overview of the developments supported by CNES in the field of reconfigurable and Multibeam antennas (that are not included in the FLIP project).
THALES Airborne Systems (TAS) has developed a new reflectarray design that has proven to be a potentially interesting device suited for space applications like Synthetic Aperture Radars and Telemetry subsystems. This document presents this new reflectarray technology (called ERASP). After a short presentation of the technology, we present radiofrequency measurements results of an engineering model...
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