Transponders for synthetic aperture radar (SAR) need to be extremely precise in order to qualify as absolute calibration references for the increasingly demanding new SAR systems. To guarantee highest accuracy and stability even components which normally are considered ideal, have to be be taken into account. This paper shows the environmental influence on the antenna gain and thus on the overall transponder gain, compares two different housing designs and explains why this particular design has been chosen for the new transponder currently being developed at the DLR
For external radiometric calibration of SAR sensors, active radar calibrators (ARCs), well known as ...
For external radiometric calibration of SAR sensors, active radar calibrators (ARCs), well known as ...
For the radiometric calibration of spaceborne synthetic aperture radar systems, active targets with ...
The product quality with respect to radiometric accuracy of current and future space-borne synthetic...
Transponders are, besides trihedral corner reflectors, the most commonly used measurement standards...
Spaceborne synthetic aperture radars (SAR) are systems capable of acquiring high-resolution earth-ob...
Spaceborne synthetic aperture radars (SAR) are systems capable of acquiring high-resolution earth-ob...
The Microwaves and Radar Institute regularly performs calibration campaigns for spaceborne SAR syste...
Transponders (also known as polarimetric active radar calibrators or PARCs) are commonly used for r...
Spaceborne synthetic aperture radar (SAR) systems are often used for earth observation capable for a...
The Microwaves and Radar Institute regularly performs calibration campaigns for spaceborne synthetic...
For the radiometric calibration of spaceborne synthetic aperture radar systems, active targets with ...
For the radiometric calibration of spaceborne synthetic aperture radar systems, active targets with ...
A necessary activity for any SAR system is its calibration to establish the relation between radar m...
The technological advancement of the synthetic aperture radar (SAR) principle leads to an innovative...
For external radiometric calibration of SAR sensors, active radar calibrators (ARCs), well known as ...
For external radiometric calibration of SAR sensors, active radar calibrators (ARCs), well known as ...
For the radiometric calibration of spaceborne synthetic aperture radar systems, active targets with ...
The product quality with respect to radiometric accuracy of current and future space-borne synthetic...
Transponders are, besides trihedral corner reflectors, the most commonly used measurement standards...
Spaceborne synthetic aperture radars (SAR) are systems capable of acquiring high-resolution earth-ob...
Spaceborne synthetic aperture radars (SAR) are systems capable of acquiring high-resolution earth-ob...
The Microwaves and Radar Institute regularly performs calibration campaigns for spaceborne SAR syste...
Transponders (also known as polarimetric active radar calibrators or PARCs) are commonly used for r...
Spaceborne synthetic aperture radar (SAR) systems are often used for earth observation capable for a...
The Microwaves and Radar Institute regularly performs calibration campaigns for spaceborne synthetic...
For the radiometric calibration of spaceborne synthetic aperture radar systems, active targets with ...
For the radiometric calibration of spaceborne synthetic aperture radar systems, active targets with ...
A necessary activity for any SAR system is its calibration to establish the relation between radar m...
The technological advancement of the synthetic aperture radar (SAR) principle leads to an innovative...
For external radiometric calibration of SAR sensors, active radar calibrators (ARCs), well known as ...
For external radiometric calibration of SAR sensors, active radar calibrators (ARCs), well known as ...
For the radiometric calibration of spaceborne synthetic aperture radar systems, active targets with ...