A comparison of two systems based on different methods for calibration of current transformers at several different transformation ratios, burdens, and power frequencies of 60 Hz and 50 Hz is performed at the National Research Council of Canada. The obtained discrepancies in ratio and phase errors are within 5 \u3bcA/A and \u3bcrad, respectively, for small test currents and less for larger test currents.NRC publication: Ye
Abstract − Methods enabling a determination of errors εI and δI for a high transformation ratio diff...
Regular calibration of the Instrument Transformers (ITs) is very essential for the accurate measurem...
Modern commercial dc current transformers (DCCTs) can measure currents up to the kiloampere range wi...
Results obtained by the National Research Council in a comparison of instrument transformer calibrai...
Current transformers (CTs) are precision devices that scale high currents down to values that can be...
An intercomparison of the calibration systems for instrument transformers between the Korea Research...
Many different high-precision systems for determining the ratio error and phase displacement of curr...
The paper presents the basic layout for instrument current transformer calibration using comparative...
Traceability of the current ratio is crucial for the measurement of electrical energy in revenue met...
Abstract- This paper describes an innovative procedure for calibrating sets for evaluating instrumen...
The development of a computer-controlled current-comparator-based calibration system to determine th...
This paper presents the results of a comparison of active/reactive power meter calibrations between ...
The development of a current-comparator-based calibration system to evaluate the current ratio error...
A measurement setup is developed for the accurate ratio measurement of ac current transformers (CTs)...
A practical method with high accuracy in generation and application of error values for calibration ...
Abstract − Methods enabling a determination of errors εI and δI for a high transformation ratio diff...
Regular calibration of the Instrument Transformers (ITs) is very essential for the accurate measurem...
Modern commercial dc current transformers (DCCTs) can measure currents up to the kiloampere range wi...
Results obtained by the National Research Council in a comparison of instrument transformer calibrai...
Current transformers (CTs) are precision devices that scale high currents down to values that can be...
An intercomparison of the calibration systems for instrument transformers between the Korea Research...
Many different high-precision systems for determining the ratio error and phase displacement of curr...
The paper presents the basic layout for instrument current transformer calibration using comparative...
Traceability of the current ratio is crucial for the measurement of electrical energy in revenue met...
Abstract- This paper describes an innovative procedure for calibrating sets for evaluating instrumen...
The development of a computer-controlled current-comparator-based calibration system to determine th...
This paper presents the results of a comparison of active/reactive power meter calibrations between ...
The development of a current-comparator-based calibration system to evaluate the current ratio error...
A measurement setup is developed for the accurate ratio measurement of ac current transformers (CTs)...
A practical method with high accuracy in generation and application of error values for calibration ...
Abstract − Methods enabling a determination of errors εI and δI for a high transformation ratio diff...
Regular calibration of the Instrument Transformers (ITs) is very essential for the accurate measurem...
Modern commercial dc current transformers (DCCTs) can measure currents up to the kiloampere range wi...