A modified technique for calibrating both the capacitance ratio and dissipation factor (DF) dials of a current-comparator-based high voltage capacitance bridge (CCB-HVCB) has been developed at KRISS. The capacitance ratio and DF dials are calibrated, respectively, in the ratio range from 1/1 to 100/1 and in DF range from 10 \uc3\u2014 10-6 to 1 \uc3\u2014 10-1. From the calculated and measured values of the corresponding dial balanced readings, the errors in the capacitance ratio an DF dial readings can be derived. This modified calibration technique has been implemented on a commercial version of a NRC developed CCB-HVCB. The comparison results of the calibration performed at KRISS and NRC will be presented and discussed.Peer reviewed: Yes...
The development of a current-comparator-based high-voltage impedance bridge at the National Research...
Capacitance measurements at the National Institute of Standards (NIS), Egypt, are traceable to the B...
A self-balancing bridge to measure the capacitance and the dissipation factor of high- vo...
A modified technique for calibrating both the capacitance-ratio and dissipation-factor (DF) dials of...
6 p. : il.An alternative approach for calibrating automated high-voltage current-comparator-based ca...
19 p. : il.A calibration system for automated high-voltage current-comparator-based capacitance and ...
High voltage capacitance bridge can be calibrated at fixed ratios using traceable standard capacitor...
High voltage capacitance bridge can be calibrated at fixed ratios using traceable standard capacitor...
Main text The intercomparison consisted of calibrating the capacitance and loss factor (tan δ) of a ...
Capacitance boxes (CBs) are extensively used in electrical laboratories for calibration of capacitan...
Capacitance boxes (CBs) are extensively used in electrical laboratories for calibration of capacitan...
KRISS has established a reference 400 kV capacitive voltage divider for the purpose of calibrating i...
The Korea Research Institute of Standards and Science (KRISS) has established a reference 400-kV cap...
Abstract—This paper presents a high resolution and wide range offset calibration technique for high ...
The application of a simple binary step up method for possible calibration of high current DC shunts...
The development of a current-comparator-based high-voltage impedance bridge at the National Research...
Capacitance measurements at the National Institute of Standards (NIS), Egypt, are traceable to the B...
A self-balancing bridge to measure the capacitance and the dissipation factor of high- vo...
A modified technique for calibrating both the capacitance-ratio and dissipation-factor (DF) dials of...
6 p. : il.An alternative approach for calibrating automated high-voltage current-comparator-based ca...
19 p. : il.A calibration system for automated high-voltage current-comparator-based capacitance and ...
High voltage capacitance bridge can be calibrated at fixed ratios using traceable standard capacitor...
High voltage capacitance bridge can be calibrated at fixed ratios using traceable standard capacitor...
Main text The intercomparison consisted of calibrating the capacitance and loss factor (tan δ) of a ...
Capacitance boxes (CBs) are extensively used in electrical laboratories for calibration of capacitan...
Capacitance boxes (CBs) are extensively used in electrical laboratories for calibration of capacitan...
KRISS has established a reference 400 kV capacitive voltage divider for the purpose of calibrating i...
The Korea Research Institute of Standards and Science (KRISS) has established a reference 400-kV cap...
Abstract—This paper presents a high resolution and wide range offset calibration technique for high ...
The application of a simple binary step up method for possible calibration of high current DC shunts...
The development of a current-comparator-based high-voltage impedance bridge at the National Research...
Capacitance measurements at the National Institute of Standards (NIS), Egypt, are traceable to the B...
A self-balancing bridge to measure the capacitance and the dissipation factor of high- vo...