The HUT Radio Laboratory developes a novel compact radar cross section (RCS) test range for scale model measurements. The test range is based on a phase hologram that converts the feed horn radiation to a plane wave. The measurements are performed using CW at 310 GHz in a quasi-monostatic radar configuration where the identical receiving and transmitting corrugated horn antennas are placed side by side. The feasibility of the phase hologram RCS range has been verified with simple test objects such as a metal sphere and a small metal plate. The work continues toward a monostatic radar configuration.</p
MilliLab/Radio Laboratory at the Helsinki University of Technology (TKK) is developing a hologram-ba...
The hologram based compact antenna test range is a viable option for testing millimetre and sub-mill...
Compact antenna test range developed at TKK Helsinki University of Technology utilizes a computer-ge...
The HUT Radio Laboratory developes a novel compact radar cross section (RCS) test range for scale mo...
A compact radar cross section (RCS) test range for scale model measurements is being developed. The ...
A compact radar cross section (RCS) test range based on a phase hologram has been developed for scal...
Compact ranges based on amplitude and phase holograms have been developed and shown to be applicable...
Computer-generated holograms (diffractive elements) can be used for shaping submillimeter-wave beams...
Computer-generated holograms can be used as collimating elements in compact antenna test ranges (CAT...
The application of conventional reflector-type compact antenna test ranges (CATRs) becomes increasin...
The application of conventional reflector type compact antenna test ranges (CATR), becomes increasin...
A hologram-based compact antenna test range (CATR) is being developed to overcome challenges met in ...
We have constructed a demonstrative compact antenna test range (CATR) and tested its performance at ...
The quiet-zone field test results of a submillimetre-wave compact antenna test range (CATR) based on...
This paper studies the feasibility of a hologram-based compact antenna test range (CATR) for submill...
MilliLab/Radio Laboratory at the Helsinki University of Technology (TKK) is developing a hologram-ba...
The hologram based compact antenna test range is a viable option for testing millimetre and sub-mill...
Compact antenna test range developed at TKK Helsinki University of Technology utilizes a computer-ge...
The HUT Radio Laboratory developes a novel compact radar cross section (RCS) test range for scale mo...
A compact radar cross section (RCS) test range for scale model measurements is being developed. The ...
A compact radar cross section (RCS) test range based on a phase hologram has been developed for scal...
Compact ranges based on amplitude and phase holograms have been developed and shown to be applicable...
Computer-generated holograms (diffractive elements) can be used for shaping submillimeter-wave beams...
Computer-generated holograms can be used as collimating elements in compact antenna test ranges (CAT...
The application of conventional reflector-type compact antenna test ranges (CATRs) becomes increasin...
The application of conventional reflector type compact antenna test ranges (CATR), becomes increasin...
A hologram-based compact antenna test range (CATR) is being developed to overcome challenges met in ...
We have constructed a demonstrative compact antenna test range (CATR) and tested its performance at ...
The quiet-zone field test results of a submillimetre-wave compact antenna test range (CATR) based on...
This paper studies the feasibility of a hologram-based compact antenna test range (CATR) for submill...
MilliLab/Radio Laboratory at the Helsinki University of Technology (TKK) is developing a hologram-ba...
The hologram based compact antenna test range is a viable option for testing millimetre and sub-mill...
Compact antenna test range developed at TKK Helsinki University of Technology utilizes a computer-ge...