Add to ORKGThis paper describes the new anechoic chamber available at The University of Kent, UK. This facility includes a spherical near/far field, planar near field, cylindrical near field and a compact range. The facility allows measurement from 600 MHz up to 110 MHz. The spherical, planar and cylindrical ranges covers up to 40 GHz and the compact range is available from 50 GHz up to 110 MHz. Immediate plans are to use the new facility to measure body-centric antennas and sensing nodes together with near field sampling of finite sized Frequency Selective Surfaces
A very precise 6.7- by 6.7-m planar near-field scanner has recently become operational at the NASA L...
International audienceThis paper presents last implementation of a complete near-field system includ...
Small antennas and other modern communication applications are using increasingly higher frequencies...
This paper describes the new anechoic chamber available at The University of Kent, UK. This facility...
In order to measure different types of millimeter-wave antennas for 5G and 6G antenna applications, ...
This thesis reports on the design and construction of an anechoic chamber for automated far-field me...
Copyright © 2015 South African Institute of Electrical Engineers. This paper describes the upgrade t...
This paper describes the upgrade to the indoor antenna range at Stellenbosch University. The previou...
A cylindrical near field measurement system for huge L-band RADAR antennas has been de...
A millimeter wave antenna measurement system is presented. The frequencies of operation are around 1...
The aim of this communication is to show recent developments in the field of millimeter-wave antenna...
The evaluation of the performance of an antenna measurement chamber becomes an ever more important p...
Nowadays, there is a massive emergence of new electronic systems operating at increasing frequencies...
For electrically large antenna systems it is impossible or unpractical to measure directly the radia...
A very precise 6.7- by 6.7-m planar near-field scanner has recently become operational at the NASA L...
International audienceThis paper presents last implementation of a complete near-field system includ...
Small antennas and other modern communication applications are using increasingly higher frequencies...
This paper describes the new anechoic chamber available at The University of Kent, UK. This facility...
In order to measure different types of millimeter-wave antennas for 5G and 6G antenna applications, ...
This thesis reports on the design and construction of an anechoic chamber for automated far-field me...
Copyright © 2015 South African Institute of Electrical Engineers. This paper describes the upgrade t...
This paper describes the upgrade to the indoor antenna range at Stellenbosch University. The previou...
A cylindrical near field measurement system for huge L-band RADAR antennas has been de...
A millimeter wave antenna measurement system is presented. The frequencies of operation are around 1...
The aim of this communication is to show recent developments in the field of millimeter-wave antenna...
The evaluation of the performance of an antenna measurement chamber becomes an ever more important p...
Nowadays, there is a massive emergence of new electronic systems operating at increasing frequencies...
For electrically large antenna systems it is impossible or unpractical to measure directly the radia...
A very precise 6.7- by 6.7-m planar near-field scanner has recently become operational at the NASA L...
International audienceThis paper presents last implementation of a complete near-field system includ...
Small antennas and other modern communication applications are using increasingly higher frequencies...