At the National Institute of Metrological Research (INRIM) an evaluation of a commercial dual source high resistance bridge has been performed. Its two main measurement modes (single measurements and multiple measurements) have been investigated. The best settle time of a 10:1 measurement of high resistance ratio has been estimated to be about three times the time constant of the circuit involving the resistors. This constant, in turn, depends on the highest value resistor. By means of mathematical estimators, suitable numbers of the readings of the detector have been established in order to minimize noises. A compatibility test at 100 TΩ has shown that the best precision of the commercial bridge is achieved utilizing the multiple measureme...
This report describes the work made by the laboratory of calibration of electrical multifunction aut...
As the calibration activity of modern electrical secondary laboratories operating in the five low-fr...
Utilizing and reviewing the project of a Hamon guarded 10×100 MΩ network developed in past years at...
– At the National Institute of Metrological Research (INRIM) a comparison between the measurements o...
Repository of measurements in the range 10 Tohm-100 Tohm with a dual source bridg
À l’Institut national de la métrologie de recherche (INRIM) ont réalisée une comparaison de mesure e...
In the framework of the preparation of the National Institute of Metrological Research (INRIM) to it...
More and more requirement from industrial manufactures demands high precision measurements of high-v...
W referacie przedstawiono analizę testowego mostka aktywnego złożonego z kalibratorów INMEL 7000 jak...
Over the years, an increased interest in high resistance measurement is developed. As a result, metr...
Guildline’s 9975 Current Comparator Resistance Bridge [3, 4] provides excellent accuracy for values ...
Abstract- Primary electromagnetic laboratory in Zagreb maintains standards of four major electromagn...
A National inter-laboratories comparison of dc resistance at 100 GΩ and 1 TΩ among the National Inst...
At National Institute of Metrological Research (INRIM) a Hamon guarded 10×100 Gohm network was devel...
This report describes the work made by the laboratory of calibration of electrical multifunction aut...
This report describes the work made by the laboratory of calibration of electrical multifunction aut...
As the calibration activity of modern electrical secondary laboratories operating in the five low-fr...
Utilizing and reviewing the project of a Hamon guarded 10×100 MΩ network developed in past years at...
– At the National Institute of Metrological Research (INRIM) a comparison between the measurements o...
Repository of measurements in the range 10 Tohm-100 Tohm with a dual source bridg
À l’Institut national de la métrologie de recherche (INRIM) ont réalisée une comparaison de mesure e...
In the framework of the preparation of the National Institute of Metrological Research (INRIM) to it...
More and more requirement from industrial manufactures demands high precision measurements of high-v...
W referacie przedstawiono analizę testowego mostka aktywnego złożonego z kalibratorów INMEL 7000 jak...
Over the years, an increased interest in high resistance measurement is developed. As a result, metr...
Guildline’s 9975 Current Comparator Resistance Bridge [3, 4] provides excellent accuracy for values ...
Abstract- Primary electromagnetic laboratory in Zagreb maintains standards of four major electromagn...
A National inter-laboratories comparison of dc resistance at 100 GΩ and 1 TΩ among the National Inst...
At National Institute of Metrological Research (INRIM) a Hamon guarded 10×100 Gohm network was devel...
This report describes the work made by the laboratory of calibration of electrical multifunction aut...
This report describes the work made by the laboratory of calibration of electrical multifunction aut...
As the calibration activity of modern electrical secondary laboratories operating in the five low-fr...
Utilizing and reviewing the project of a Hamon guarded 10×100 MΩ network developed in past years at...