Application of an Optical Current Transformer For Measuring High Current

Title
Application of an Optical Current Transformer For Measuring High Current
Other Titles
Application of an Optical Current Transformer For Measuring High Current
Author(s)
박원주김영민[김영민]
Keywords
Magneto-Optical Current Transformer; Online Monitoring System; Laser Diode; Faraday Effect; Magneto-Optical Current Transformer; Online Monitoring System; Laser Diode; Faraday Effect
Issue Date
201011
Publisher
한국조명.전기설비학회
Citation
조명.전기설비학회논문지, v.24, no.11, pp.9 - 16
Abstract
This paper examines the temperature characteristics of an Optical CT (optical current transformer) using the Faraday effect for measuring high current in a super high voltage-power apparatus. It is performed as follows by the sensor for embodying Faraday effect. ․ A single-mode optical fiber capable of maintaining a polarization state is used. ․ A light source is applied at 1310[nm] to a Laser Diode. ․ The Linear of Faraday effect to a large current is evaluated and ․ A possible application using an Optical CT was shown. An Influence of Faraday effect to the surrounding temperature measured -40~50[℃], and the characteristic of the current sensitivity was reported. An application using the results of the temperature compensation system was used in order to compensate for surrounding temperatures. A possibility of applying Optical CT for electric power apparatus was advanced further. We were able to confirm that this temperature calibration method can minimize the fluctuation of the output signal depending on the temperature conditions.
URI
http://hdl.handle.net/YU.REPOSITORY/23336
ISSN
1229-4691
Appears in Collections:
공과대학 > 전기공학과 > Articles
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