This paper presents results of frequency domain spectroscopy (FDS) measurements on oilimpregnated pressboard insulation, their analyses and use of the data for modeling high frequency response (FRA) of transformers. The dielectric responses were measured in a broad frequency range, i.e. from 0.1 mHz to 1 MHz, on model samples containing different amount of moisture. The responses were parameterized with terms representing dc conductivity, low frequency dispersion and Cole-Cole polarization mechanisms and they were thereafter used to model the FRA response of a three-phase transformer
With the advancement in digital technology, diagnostic techniques based on dielectric relaxation met...
Dielectric Frequency Response, DFR (also known as Frequency Domain Spectroscopy, FDS), was introduce...
Nowadays, time domain and frequency domain polarisation tests are popular in power utilities for tra...
This paper presents results of frequency domain spectroscopy (FDS) measurements on oil-impregnated p...
This paper presents results of frequency domain spectroscopy (FDS) measurements on oilimpregnatedpre...
Knowledge about moisture content in oil impregnated paper insulation is essential when estimating re...
This thesis presents application of dielectric response measurements for identifying condition of hi...
This paper presents an advanced model of the frequency response of a three-phase power transformer f...
This paper explores the possibility for using frequencyresponse analysis (FRA) technique to characte...
Frequency response analysis (FRA) technique has become increasingly popular for the assessment of me...
Power transformers are important and expensive elements within the electric power transmission and d...
Frequency response analysis (FRA) is a widely accepted testing technique to assess the mechanical co...
Dielectric testing techniques such as frequency domain spectroscopy (FDS) is currently being widely ...
Modern technology and developments in signal acquisition and analysis techniques have provided new t...
Frequency Domain Spectroscopy (FDS) is proposed as a suitable diagnostic method in this paper for im...
With the advancement in digital technology, diagnostic techniques based on dielectric relaxation met...
Dielectric Frequency Response, DFR (also known as Frequency Domain Spectroscopy, FDS), was introduce...
Nowadays, time domain and frequency domain polarisation tests are popular in power utilities for tra...
This paper presents results of frequency domain spectroscopy (FDS) measurements on oil-impregnated p...
This paper presents results of frequency domain spectroscopy (FDS) measurements on oilimpregnatedpre...
Knowledge about moisture content in oil impregnated paper insulation is essential when estimating re...
This thesis presents application of dielectric response measurements for identifying condition of hi...
This paper presents an advanced model of the frequency response of a three-phase power transformer f...
This paper explores the possibility for using frequencyresponse analysis (FRA) technique to characte...
Frequency response analysis (FRA) technique has become increasingly popular for the assessment of me...
Power transformers are important and expensive elements within the electric power transmission and d...
Frequency response analysis (FRA) is a widely accepted testing technique to assess the mechanical co...
Dielectric testing techniques such as frequency domain spectroscopy (FDS) is currently being widely ...
Modern technology and developments in signal acquisition and analysis techniques have provided new t...
Frequency Domain Spectroscopy (FDS) is proposed as a suitable diagnostic method in this paper for im...
With the advancement in digital technology, diagnostic techniques based on dielectric relaxation met...
Dielectric Frequency Response, DFR (also known as Frequency Domain Spectroscopy, FDS), was introduce...
Nowadays, time domain and frequency domain polarisation tests are popular in power utilities for tra...