Current transformers form an integral part of protective systems. Ideal current transformers (CTs) are expected to reproduce the primary current faithfully on the secondary side. Often, during fault conditions an important component of current is exponentially decaying DC offset current. Under such conditions the CT saturates, and hence it cannot reproduce the primary current faithfully. This paper deals with experimental methods for determining CT performance under saturation. A laboratory setup has been developed to observe CT response under steady state and fault conditions. Thus, it is now possible to experimentally evaluate the CT performance under fault conditions.© IEE
Abstract- This paper proposes an algorithm for CT saturation by behavior of distorted secondary curr...
Transient saturation of current transformers may cause maloperation of protective devices. Therefore...
In the first part of the paper the detailed analysis of the existing current transformer (CT) satura...
Current transformers are an integral part of power system because it provides a proportional safe am...
Current transformers (CTs) are used to transform large primary currents to a small secondary current...
This paper focused to determine the performance of Current Transformer (CT) operates under harmonics...
If a current transformer (CT) saturates while transforming the heavy primary current, in each period...
Operating in a debugging mode or a single-pole-to-ground mode of a UHV or HV DC transmission system ...
Summary During a short circuit the input signal of the relay can be distort by the magnetic core sat...
Saturation of current transformers due to slowly decaying primary current D.C. components cause erro...
Abstract: A new approach to CT saturation assessment is presented in the paper. Detailed algorithms ...
A new approach to CT saturation assessment is presented in the paper. Detailed algorithms for decayi...
In the paper a digital technique for improving the accuracy of instrument current transformers is pr...
Current transformers are the link between the primary and the secondary system and are therefore ess...
The optimum selection of current transformers is one of the most crucial requirements of correct pro...
Abstract- This paper proposes an algorithm for CT saturation by behavior of distorted secondary curr...
Transient saturation of current transformers may cause maloperation of protective devices. Therefore...
In the first part of the paper the detailed analysis of the existing current transformer (CT) satura...
Current transformers are an integral part of power system because it provides a proportional safe am...
Current transformers (CTs) are used to transform large primary currents to a small secondary current...
This paper focused to determine the performance of Current Transformer (CT) operates under harmonics...
If a current transformer (CT) saturates while transforming the heavy primary current, in each period...
Operating in a debugging mode or a single-pole-to-ground mode of a UHV or HV DC transmission system ...
Summary During a short circuit the input signal of the relay can be distort by the magnetic core sat...
Saturation of current transformers due to slowly decaying primary current D.C. components cause erro...
Abstract: A new approach to CT saturation assessment is presented in the paper. Detailed algorithms ...
A new approach to CT saturation assessment is presented in the paper. Detailed algorithms for decayi...
In the paper a digital technique for improving the accuracy of instrument current transformers is pr...
Current transformers are the link between the primary and the secondary system and are therefore ess...
The optimum selection of current transformers is one of the most crucial requirements of correct pro...
Abstract- This paper proposes an algorithm for CT saturation by behavior of distorted secondary curr...
Transient saturation of current transformers may cause maloperation of protective devices. Therefore...
In the first part of the paper the detailed analysis of the existing current transformer (CT) satura...