A national interlaboratory comparison for the quantity “RF power in N-type coaxial connector systems up to 18 GHz” was carried out between October 2013 and April 2014. The aim of this national intercomparison was to give the accredited DAkkS calibration laboratories the opportunity to participate in interlaboratory comparisons, i.e. comparisons between different laboratories (according to DIN EN ISO/IEC 17025:2005 Point 5.9.1). In this comparison, the calibration factor and the reflection coefficient of a power sensor were to be determined at seven different frequencies between 50 MHz and 18 GHz. In addition, the pin depth of the N-connector was to be measured. In general, the participants’ results showed a good agreement with the reference...
5 p. : il.An international comparison of 50/60 Hz power is described. The traveling standard was an ...
National Physical Laboratory (NPL) India is the premier research and development center and the Nati...
The first RF key comparison within the Inter-American Metrology System (SIM) Regional Metrology Orga...
Radio frequency (RF) power is one of the most important quantities in RF metrology. An inter laborat...
This paper describes the bilateral comparison carried out by two National Metrology Institutes, NMC ...
This paper describes the practical development of National Metrology Centre (NMC)'s microwave power ...
This paper is a study regarding the Radio Frequency (RF) connector characteristic (insertion loss) i...
Calibration of RF power sensors is crucial issue in RF power measurements. Many calibration laborato...
For extending the dynamic range of measuring equipment, radio frequency connectors are found in a wi...
In the design stage, an RF connector defaulted as lossless in a complex working system. However, RF ...
The high frequency primary power standard is univocally realized by means of a coaxial microcalorim...
We compare the accuracy of different techniques to measure guided RF power at 6.83 GHz. The transmis...
In this paper, we present a performance evaluation of the RF-DC transfer difference for a calorimetr...
Below 10 MHz, the calibration of electric power sensors realized by means of microcalorimeter...
Radio frequency (RF) and microwave power is one of the key quantities in the framework of electromag...
5 p. : il.An international comparison of 50/60 Hz power is described. The traveling standard was an ...
National Physical Laboratory (NPL) India is the premier research and development center and the Nati...
The first RF key comparison within the Inter-American Metrology System (SIM) Regional Metrology Orga...
Radio frequency (RF) power is one of the most important quantities in RF metrology. An inter laborat...
This paper describes the bilateral comparison carried out by two National Metrology Institutes, NMC ...
This paper describes the practical development of National Metrology Centre (NMC)'s microwave power ...
This paper is a study regarding the Radio Frequency (RF) connector characteristic (insertion loss) i...
Calibration of RF power sensors is crucial issue in RF power measurements. Many calibration laborato...
For extending the dynamic range of measuring equipment, radio frequency connectors are found in a wi...
In the design stage, an RF connector defaulted as lossless in a complex working system. However, RF ...
The high frequency primary power standard is univocally realized by means of a coaxial microcalorim...
We compare the accuracy of different techniques to measure guided RF power at 6.83 GHz. The transmis...
In this paper, we present a performance evaluation of the RF-DC transfer difference for a calorimetr...
Below 10 MHz, the calibration of electric power sensors realized by means of microcalorimeter...
Radio frequency (RF) and microwave power is one of the key quantities in the framework of electromag...
5 p. : il.An international comparison of 50/60 Hz power is described. The traveling standard was an ...
National Physical Laboratory (NPL) India is the premier research and development center and the Nati...
The first RF key comparison within the Inter-American Metrology System (SIM) Regional Metrology Orga...