Add to ORKGSmall antennas and other modern communication applications are using increasingly higher frequencies while demanding shorter development time and very rapid testing cycles. A fast and accurate way to exhaustively determine antenna performance and/or investigate device malfunction is based on spherical near field measurement techniques combined with probe array technology. This paper describes the innovative design aspects of the StarLab portable antenna measurement system and present results from the validation campaigns including both passive and active measurements. The use of integrated diagnostic and analysis software modules for efficient antenna design and testing is also presented
In this paper a few important aspects related to spherical multi-probe antenna measurements and thei...
This paper highlights the meaning of a proper antenna design for embedded systems. To use the availa...
The recent development of commercial phased array antennas for 5G at mm-wave frequencies (20 GHz to ...
Small antennas and other modern communication applications are using increasingly higher frequencies...
In this article, a high-speed antenna measurement system using multi-probe array technique for 5G ap...
This paper describes the results of an ongoing antenna measurement inter-comparison study. Details o...
Spherical near-field antenna measurement is an established method for characterizing the electrical ...
After a brief history of near-field antenna measurements with and without probe correction, the theo...
A novel setup, based on the use of non-invasive dielectric field probes, and employing accurate and ...
Antenna characterisation is usually performed by antenna pattern measurements in an anechoic chamber...
In this paper, we investigate the achievable time savings in planar near-field (PNF) measurement of ...
embargoed_20241023This work is focused on the Probe Array Antennas System: a novel over-theair appro...
This thesis presents a practical approach to reduce the overall testing time in a spherical near-fie...
The evaluation of the performance of an antenna measurement chamber becomes an ever more important p...
In this paper, we present a fast measurement methodology applicable to near field testing of satelli...
In this paper a few important aspects related to spherical multi-probe antenna measurements and thei...
This paper highlights the meaning of a proper antenna design for embedded systems. To use the availa...
The recent development of commercial phased array antennas for 5G at mm-wave frequencies (20 GHz to ...
Small antennas and other modern communication applications are using increasingly higher frequencies...
In this article, a high-speed antenna measurement system using multi-probe array technique for 5G ap...
This paper describes the results of an ongoing antenna measurement inter-comparison study. Details o...
Spherical near-field antenna measurement is an established method for characterizing the electrical ...
After a brief history of near-field antenna measurements with and without probe correction, the theo...
A novel setup, based on the use of non-invasive dielectric field probes, and employing accurate and ...
Antenna characterisation is usually performed by antenna pattern measurements in an anechoic chamber...
In this paper, we investigate the achievable time savings in planar near-field (PNF) measurement of ...
embargoed_20241023This work is focused on the Probe Array Antennas System: a novel over-theair appro...
This thesis presents a practical approach to reduce the overall testing time in a spherical near-fie...
The evaluation of the performance of an antenna measurement chamber becomes an ever more important p...
In this paper, we present a fast measurement methodology applicable to near field testing of satelli...
In this paper a few important aspects related to spherical multi-probe antenna measurements and thei...
This paper highlights the meaning of a proper antenna design for embedded systems. To use the availa...
The recent development of commercial phased array antennas for 5G at mm-wave frequencies (20 GHz to ...