A new electronic system to assist high-voltage measuring transformers is proposed. This system compensates the voltage drops in the series impedances, which are the main cause of error in this type of transformer. An adjustment procedure is proposed using a power analyzer as the zero detector. The nonlinear behavior of the magnetizing branch has no influence on the results
The paper studies a qualitatively new way to reduce the measurement error of phase voltages in solvi...
In recent years, energy modernization has focused on smart engineering advancements. This entails de...
The calibration of measurement transformers represents a classical task in the practice of electrica...
A new electronic system to assist high-voltage measuring transformers is proposed. This system compe...
A new electronic system to assist high-voltage measuring transformers is proposed. This system compe...
A method for reducing the ratio errors and the phase displacements of voltage measurement transforme...
A new compensating system is proposed to reduce the ratio error and the phase error of inductive vol...
The evolution of electronic technology and digital signal processing is making competitive methods a...
A new compensating system is proposed to reduce the ratio error and the phase error of inductive vol...
An electronic compensator of ratio errors and phase-displacements is proposed for in-service transfo...
The article presents the effect of secondary circuits of inductive current and voltage transformers ...
A high accurate electronic instrument transformer calibration system is introduced in this paper. Th...
An error compensation technique for measuring current transformers is described. An example is shown...
In the industrial world the quality of the electric power is becoming very critical. In order to ver...
Instrument transformers for medium- and high-voltage applications play a key role in energy supply. ...
The paper studies a qualitatively new way to reduce the measurement error of phase voltages in solvi...
In recent years, energy modernization has focused on smart engineering advancements. This entails de...
The calibration of measurement transformers represents a classical task in the practice of electrica...
A new electronic system to assist high-voltage measuring transformers is proposed. This system compe...
A new electronic system to assist high-voltage measuring transformers is proposed. This system compe...
A method for reducing the ratio errors and the phase displacements of voltage measurement transforme...
A new compensating system is proposed to reduce the ratio error and the phase error of inductive vol...
The evolution of electronic technology and digital signal processing is making competitive methods a...
A new compensating system is proposed to reduce the ratio error and the phase error of inductive vol...
An electronic compensator of ratio errors and phase-displacements is proposed for in-service transfo...
The article presents the effect of secondary circuits of inductive current and voltage transformers ...
A high accurate electronic instrument transformer calibration system is introduced in this paper. Th...
An error compensation technique for measuring current transformers is described. An example is shown...
In the industrial world the quality of the electric power is becoming very critical. In order to ver...
Instrument transformers for medium- and high-voltage applications play a key role in energy supply. ...
The paper studies a qualitatively new way to reduce the measurement error of phase voltages in solvi...
In recent years, energy modernization has focused on smart engineering advancements. This entails de...
The calibration of measurement transformers represents a classical task in the practice of electrica...