Pengaruh Faktor Daya terhadap Hasil Transformasi pada Trafo Arus.

The current transformer, CT, is a type of instrument transformer that is used to convert the large electric current to smaller scale. The CT is widely used for measurement and protection. The main component of CT is an inductive coil. The performance of CT will be aff...

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Main Authors: Subekti, Lukman, Suyoto, Suyoto
Format: Article
Language:English
Published: Department of Electrical Engineering and Information Technology Faculty of Engineering Gadjah Mada University 2013
Subjects:
Online Access:https://repository.ugm.ac.id/35951/1/13_Pengaruh_Faktor_Daya_terhadap_Hasil__Transformasi_Pada_Trafo_Arus.pdf
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author Subekti, Lukman
Suyoto, Suyoto
author_facet Subekti, Lukman
Suyoto, Suyoto
author_sort Subekti, Lukman
collection UGM
description The current transformer, CT, is a type of instrument transformer that is used to convert the large electric current to smaller scale. The CT is widely used for measurement and protection. The main component of CT is an inductive coil. The performance of CT will be affected by the current flow or load connected. If the current flow is not in phase with the voltage, the power factor is not said to be equal to 1.0. The power factor can be lagging or leading and the absorbed dissipation is not constant. The research was conducted by changing the power factor of connected load to the CT. The results showed that the change in the power factor from 1.0 to 0.3 (lagging) resulted in a change of the current transformation ratio (k):8 to (k):7.5
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spelling oai:generic.eprints.org:359512015-04-13T02:21:05Z https://repository.ugm.ac.id/35951/ Pengaruh Faktor Daya terhadap Hasil Transformasi pada Trafo Arus. Subekti, Lukman Suyoto, Suyoto Makalah prosiding The current transformer, CT, is a type of instrument transformer that is used to convert the large electric current to smaller scale. The CT is widely used for measurement and protection. The main component of CT is an inductive coil. The performance of CT will be affected by the current flow or load connected. If the current flow is not in phase with the voltage, the power factor is not said to be equal to 1.0. The power factor can be lagging or leading and the absorbed dissipation is not constant. The research was conducted by changing the power factor of connected load to the CT. The results showed that the change in the power factor from 1.0 to 0.3 (lagging) resulted in a change of the current transformation ratio (k):8 to (k):7.5 Department of Electrical Engineering and Information Technology Faculty of Engineering Gadjah Mada University 2013-10-07 Article PeerReviewed application/pdf en https://repository.ugm.ac.id/35951/1/13_Pengaruh_Faktor_Daya_terhadap_Hasil__Transformasi_Pada_Trafo_Arus.pdf Subekti, Lukman and Suyoto, Suyoto (2013) Pengaruh Faktor Daya terhadap Hasil Transformasi pada Trafo Arus. Proceedings of Conference on Information Technology and Electrical Engineering (CITEE2013). pp. 71-74. ISSN 2085-6350
spellingShingle Makalah prosiding
Subekti, Lukman
Suyoto, Suyoto
Pengaruh Faktor Daya terhadap Hasil Transformasi pada Trafo Arus.
title Pengaruh Faktor Daya terhadap Hasil Transformasi pada Trafo Arus.
title_full Pengaruh Faktor Daya terhadap Hasil Transformasi pada Trafo Arus.
title_fullStr Pengaruh Faktor Daya terhadap Hasil Transformasi pada Trafo Arus.
title_full_unstemmed Pengaruh Faktor Daya terhadap Hasil Transformasi pada Trafo Arus.
title_short Pengaruh Faktor Daya terhadap Hasil Transformasi pada Trafo Arus.
title_sort pengaruh faktor daya terhadap hasil transformasi pada trafo arus
topic Makalah prosiding
url https://repository.ugm.ac.id/35951/1/13_Pengaruh_Faktor_Daya_terhadap_Hasil__Transformasi_Pada_Trafo_Arus.pdf
work_keys_str_mv AT subektilukman pengaruhfaktordayaterhadaphasiltransformasipadatrafoarus
AT suyotosuyoto pengaruhfaktordayaterhadaphasiltransformasipadatrafoarus