Add to ORKGIn this paper the measuring and calibration techniques useful for ensuring the traceability of non-conventional instrument transformer, used in ac power plant up to 52 kV, are described and discussed. The aim of this work is to compare different calibration set up by evaluating the available uncertainty level
State-approved test centres in Germany supplying accuracy tests for instrument transformers must, i...
Within the frame of the European project 'Future Grid II-Metrology for the next-generation digital s...
Low-Power Instrument Transformers (LPITs) are becoming the preferred measurement device in the mediu...
In this paper the measuring and calibration techniques useful for ensuring the traceability of non-c...
In this paper, the measuring and calibration techniques useful for ensuring the traceability of nonc...
Diffusion of digital technologies in transmission and distribution substations is fostering utilizat...
This paper presents the study of the propagation of the effects of uncertainties in a typical measur...
The paper focuses on the calibration techniques of non-conventional voltage and current measurement ...
Instrument transformers are widely used in accounting the electricity as well as in protecting the e...
The first part of this paper deals with the influence of burden accuracy on the errors of current an...
The paper deals with the investigation of accuracy vs. temperature variation of inductive instrument...
In this paper, we consider the calibration of measuring bridges for non-conventional instrument tran...
The metrological characterization of instrument transformers is a well-known process when it is carr...
Even if their deployment in electrical medium voltage networks was not as extensive as could be expe...
This paper describes the setup of a traceable calibration system for conventional or non-conventiona...
State-approved test centres in Germany supplying accuracy tests for instrument transformers must, i...
Within the frame of the European project 'Future Grid II-Metrology for the next-generation digital s...
Low-Power Instrument Transformers (LPITs) are becoming the preferred measurement device in the mediu...
In this paper the measuring and calibration techniques useful for ensuring the traceability of non-c...
In this paper, the measuring and calibration techniques useful for ensuring the traceability of nonc...
Diffusion of digital technologies in transmission and distribution substations is fostering utilizat...
This paper presents the study of the propagation of the effects of uncertainties in a typical measur...
The paper focuses on the calibration techniques of non-conventional voltage and current measurement ...
Instrument transformers are widely used in accounting the electricity as well as in protecting the e...
The first part of this paper deals with the influence of burden accuracy on the errors of current an...
The paper deals with the investigation of accuracy vs. temperature variation of inductive instrument...
In this paper, we consider the calibration of measuring bridges for non-conventional instrument tran...
The metrological characterization of instrument transformers is a well-known process when it is carr...
Even if their deployment in electrical medium voltage networks was not as extensive as could be expe...
This paper describes the setup of a traceable calibration system for conventional or non-conventiona...
State-approved test centres in Germany supplying accuracy tests for instrument transformers must, i...
Within the frame of the European project 'Future Grid II-Metrology for the next-generation digital s...
Low-Power Instrument Transformers (LPITs) are becoming the preferred measurement device in the mediu...