Study of UHF Frequency Response Characteristics of the Semicircle Dipole Inner Sensor for Partial Discharge Detection in GIS

Study of UHF Frequency Response Characteristics of the Semicircle Dipole Inner Sensor for Partial Discharge Detection in GIS

The paper designed a semicircle dipole inner sensor for UHF partial discharge detection in GIS. By comparing the symmetric semicircle dipole sensor and asymmetric semicircle dipole sensor characteristics, the symmetric semicircle dipole sensor’s coupling property is better than that of asymmetric se...

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Main Authors: Shi Wen, Yang Jing Gang, Guo Le, Chen Lei, Jiang Ming Jie
Format: Article
Language:English
Published: EDP Sciences 2016-01-01
Series:MATEC Web of Conferences
Online Access:http://dx.doi.org/10.1051/matecconf/20166301016
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spelling doaj-aefd3a15a1db49f0affdec37c34739fd2021-04-02T10:38:16ZengEDP SciencesMATEC Web of Conferences2261-236X2016-01-01630101610.1051/matecconf/20166301016matecconf_mmme2016_01016Study of UHF Frequency Response Characteristics of the Semicircle Dipole Inner Sensor for Partial Discharge Detection in GISShi Wen0Yang Jing Gang1Guo Le2Chen Lei3Jiang Ming Jie4Guodian nanjing automation co., LTDJiangsu Electric Power Company Research InstituteGuodian nanjing automation co., LTDGuodian nanjing automation co., LTDGuodian nanjing automation co., LTDThe paper designed a semicircle dipole inner sensor for UHF partial discharge detection in GIS. By comparing the symmetric semicircle dipole sensor and asymmetric semicircle dipole sensor characteristics, the symmetric semicircle dipole sensor’s coupling property is better than that of asymmetric semicircle dipole sensor. At the same time, by changing the symmetric semicircle dipole transducer radius, the position of the feeder pole , the height of the feeder pole, analyze its influence on sensor features.http://dx.doi.org/10.1051/matecconf/20166301016
collection DOAJ
language English
format Article
sources DOAJ
author Shi Wen
Yang Jing Gang
Guo Le
Chen Lei
Jiang Ming Jie
spellingShingle Shi Wen
Yang Jing Gang
Guo Le
Chen Lei
Jiang Ming Jie
Study of UHF Frequency Response Characteristics of the Semicircle Dipole Inner Sensor for Partial Discharge Detection in GIS
MATEC Web of Conferences
author_facet Shi Wen
Yang Jing Gang
Guo Le
Chen Lei
Jiang Ming Jie
author_sort Shi Wen
title Study of UHF Frequency Response Characteristics of the Semicircle Dipole Inner Sensor for Partial Discharge Detection in GIS
title_short Study of UHF Frequency Response Characteristics of the Semicircle Dipole Inner Sensor for Partial Discharge Detection in GIS
title_full Study of UHF Frequency Response Characteristics of the Semicircle Dipole Inner Sensor for Partial Discharge Detection in GIS
title_fullStr Study of UHF Frequency Response Characteristics of the Semicircle Dipole Inner Sensor for Partial Discharge Detection in GIS
title_full_unstemmed Study of UHF Frequency Response Characteristics of the Semicircle Dipole Inner Sensor for Partial Discharge Detection in GIS
title_sort study of uhf frequency response characteristics of the semicircle dipole inner sensor for partial discharge detection in gis
publisher EDP Sciences
series MATEC Web of Conferences
issn 2261-236X
publishDate 2016-01-01
description The paper designed a semicircle dipole inner sensor for UHF partial discharge detection in GIS. By comparing the symmetric semicircle dipole sensor and asymmetric semicircle dipole sensor characteristics, the symmetric semicircle dipole sensor’s coupling property is better than that of asymmetric semicircle dipole sensor. At the same time, by changing the symmetric semicircle dipole transducer radius, the position of the feeder pole , the height of the feeder pole, analyze its influence on sensor features.
url http://dx.doi.org/10.1051/matecconf/20166301016
work_keys_str_mv AT shiwen studyofuhffrequencyresponsecharacteristicsofthesemicircledipoleinnersensorforpartialdischargedetectioningis
AT yangjinggang studyofuhffrequencyresponsecharacteristicsofthesemicircledipoleinnersensorforpartialdischargedetectioningis
AT guole studyofuhffrequencyresponsecharacteristicsofthesemicircledipoleinnersensorforpartialdischargedetectioningis
AT chenlei studyofuhffrequencyresponsecharacteristicsofthesemicircledipoleinnersensorforpartialdischargedetectioningis
AT jiangmingjie studyofuhffrequencyresponsecharacteristicsofthesemicircledipoleinnersensorforpartialdischargedetectioningis
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