This paper describes the design of multi-beam dual reflectarray antennas for operation in the Ka-band satellite transmission band (around 20 GHz), using the bifocal design concept to improve antenna performance. This technique has been first applied to obtain beam compression with adjacent feeds, resulting in low radiation efficiency. Then it has been used without beam compression to correct beam aberration, showing better results than an equivalent single-focus reference reflector. The simulated radiation patterns in the elevation plane and the amplitude distributions of the incident field on each reflectarray have been calculated for different antenna configurations
A reflectarray antenna with improved performance is proposed to operate in dual-polarization and tra...
This contribution describes the design of a printed reflectarray antenna to operate at 19.7 and 29.5...
Different satellite systems have been defined to provide broadband communications and internet acces...
This contribution describes the design of a multi-beam dual reflectarray antenna for operation in tr...
This paper describes the design of multi-beam dual reflectarray antennas for operation in the Ka-ban...
This contribution describes the design of a multi-beam dual reflectarray antenna for operation in tr...
This contribution describes a new design technique for multi-beam dual reflectarray antennas with ap...
This contribution describes a 3D bifocal design technique for dual reflectarray configurations with ...
This letter presents a new bifocal design procedure for dual-reflectarray antennas (DRAAs) in offset...
This article presents some recent developments in multiplebeam antennas (MBAs) based on reflectarray...
This contribution describes a design concept based on beam squint effect in printed reflectarrays th...
A procedure to compute the phase distribution on dual reflectarray antennas applying the principle o...
Broadband communication satellites in Ka-band employ multi-beam antenna systems that produce a high ...
A reflectarray antenna capable of operating independently in the transmit frequencies (from a satell...
A bifocal dual reflector antenna is similar to and has better scan capability than classical cassegr...
A reflectarray antenna with improved performance is proposed to operate in dual-polarization and tra...
This contribution describes the design of a printed reflectarray antenna to operate at 19.7 and 29.5...
Different satellite systems have been defined to provide broadband communications and internet acces...
This contribution describes the design of a multi-beam dual reflectarray antenna for operation in tr...
This paper describes the design of multi-beam dual reflectarray antennas for operation in the Ka-ban...
This contribution describes the design of a multi-beam dual reflectarray antenna for operation in tr...
This contribution describes a new design technique for multi-beam dual reflectarray antennas with ap...
This contribution describes a 3D bifocal design technique for dual reflectarray configurations with ...
This letter presents a new bifocal design procedure for dual-reflectarray antennas (DRAAs) in offset...
This article presents some recent developments in multiplebeam antennas (MBAs) based on reflectarray...
This contribution describes a design concept based on beam squint effect in printed reflectarrays th...
A procedure to compute the phase distribution on dual reflectarray antennas applying the principle o...
Broadband communication satellites in Ka-band employ multi-beam antenna systems that produce a high ...
A reflectarray antenna capable of operating independently in the transmit frequencies (from a satell...
A bifocal dual reflector antenna is similar to and has better scan capability than classical cassegr...
A reflectarray antenna with improved performance is proposed to operate in dual-polarization and tra...
This contribution describes the design of a printed reflectarray antenna to operate at 19.7 and 29.5...
Different satellite systems have been defined to provide broadband communications and internet acces...