Two reconfigurable antenna frontend configurations of the PAMIR SAR/GMTI imaging radar, an experimental active phased array system with a very high simultaneous bandwidth of 1.82 GHz in X-band are described: an interferometric and a linear aperture configuration. Both configurations use identical subarrays. The broadband beamforming together with azimuth wide scan capabilities (?± 45°@1.82 GHz bandwidth of the antenna aperture) requires a switchable true time delay network with time increments equivalent to a fraction of a wavelength. PAMIR serves as an ideal airborne platform for future broadband SAR/GMTI research activities including interferometric image formation
In this paper, ultra-high resolution SAR imaging based on an upgrade of the airborne X-band SAR/GMTI...
High resolution and wide swath imaging are conflicting requirements in the design of spaceborne synt...
The spatial separation of the transmitter and the receiver in bistatic synthetic aperture radar (SAR...
Two reconfigurable antenna frontend configurations of the PAMIR SAR/GMTI imaging radar, an experimen...
A special interferometric frontend configuration of the PAMIR SAR/GMTI imaging radar, an experi-ment...
PAMIR, a multifunctional SAR/GMTI imaging radar, combines the tremendous research potential of an ex...
PAMIR (Phased Array Multifunctional Imaging Radar) is an experimental airborne radar system that has...
A high resolution synthetic aperture radar (SAR) experimental system called phased array multi-funct...
At FGAN, a new very wideband radar is under development. The system will serve as an experimental ai...
The X-band SAR/GMTI sensor PAMIR of Fraunhofer FHR now offers a simultaneous bandwidth of 3.6 GHz co...
The airborne experimental multi-channel SAR/GMTI system PAMIR, which is developed at FGAN-FHR, is a ...
An experimental platform for various investigations on multifunctional SAR and MTI, a four channel a...
Conformal antenna arrays have been studied for several years but only few examples of applications i...
This paper presents the initial hardware setup and the system specifications of the PAMIR-Ka SAR dem...
Fraunhofer FHR has participated in the international measurement campaign of the NATO research task ...
In this paper, ultra-high resolution SAR imaging based on an upgrade of the airborne X-band SAR/GMTI...
High resolution and wide swath imaging are conflicting requirements in the design of spaceborne synt...
The spatial separation of the transmitter and the receiver in bistatic synthetic aperture radar (SAR...
Two reconfigurable antenna frontend configurations of the PAMIR SAR/GMTI imaging radar, an experimen...
A special interferometric frontend configuration of the PAMIR SAR/GMTI imaging radar, an experi-ment...
PAMIR, a multifunctional SAR/GMTI imaging radar, combines the tremendous research potential of an ex...
PAMIR (Phased Array Multifunctional Imaging Radar) is an experimental airborne radar system that has...
A high resolution synthetic aperture radar (SAR) experimental system called phased array multi-funct...
At FGAN, a new very wideband radar is under development. The system will serve as an experimental ai...
The X-band SAR/GMTI sensor PAMIR of Fraunhofer FHR now offers a simultaneous bandwidth of 3.6 GHz co...
The airborne experimental multi-channel SAR/GMTI system PAMIR, which is developed at FGAN-FHR, is a ...
An experimental platform for various investigations on multifunctional SAR and MTI, a four channel a...
Conformal antenna arrays have been studied for several years but only few examples of applications i...
This paper presents the initial hardware setup and the system specifications of the PAMIR-Ka SAR dem...
Fraunhofer FHR has participated in the international measurement campaign of the NATO research task ...
In this paper, ultra-high resolution SAR imaging based on an upgrade of the airborne X-band SAR/GMTI...
High resolution and wide swath imaging are conflicting requirements in the design of spaceborne synt...
The spatial separation of the transmitter and the receiver in bistatic synthetic aperture radar (SAR...