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Optical sensors for the measurement of electric current and voltage

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Abstract

Optical sensors for the measurement of electrical current and voltage were developed for application in electric power systems. The current sensor, based on the Faraday effect in a monomode glass fiber, and the voltage sensor, based on the transverse Pockels effect in a crystal, are demonstrated in wide-band (10 MHz) interference-free measurements of pulsed currents and impulse voltages.
Authors:
Publication Date:
Jan 01, 1987
Product Type:
Technical Report
Report Number:
PB-88-172945/XAB
Reference Number:
GRA-88-72427; ERA-13-030245; EDB-88-089805
Resource Relation:
Other Information: Pub. in Kema Scientific and Technical Reports, Vol. 5, No. 11, 281-292(1987)
Subject:
24 POWER TRANSMISSION AND DISTRIBUTION; ELECTRIC CURRENTS; MEASURING INSTRUMENTS; ELECTRIC POTENTIAL; POWER SYSTEMS; ELECTRIC POWER; FARADAY EFFECT; FIBER OPTICS; CURRENTS; ENERGY SYSTEMS; POWER; 200300* - Electric Power Engineering- Power Transmission & Distribution- (-1989)
OSTI ID:
5198143
Research Organizations:
Keuring van Electrotechnische Materialen N.V., Arnhem (Netherlands)
Country of Origin:
Netherlands
Language:
English
Availability:
NTIS, PC E03/MF A01.
Submitting Site:
GRA
Size:
Pages: 17
Announcement Date:
May 13, 2001

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Citation Formats

Rutgers, W R, Hulshof, H J.M., Laurensse, I J, and van der Wey, A H. Optical sensors for the measurement of electric current and voltage. Netherlands: N. p., 1987. Web.
Rutgers, W R, Hulshof, H J.M., Laurensse, I J, & van der Wey, A H. Optical sensors for the measurement of electric current and voltage. Netherlands.
Rutgers, W R, Hulshof, H J.M., Laurensse, I J, and van der Wey, A H. 1987. "Optical sensors for the measurement of electric current and voltage." Netherlands.
@misc{etde_5198143,
title = {Optical sensors for the measurement of electric current and voltage}
 author = {Rutgers, W R, Hulshof, H J.M., Laurensse, I J, and van der Wey, A H}
 abstractNote = {Optical sensors for the measurement of electrical current and voltage were developed for application in electric power systems. The current sensor, based on the Faraday effect in a monomode glass fiber, and the voltage sensor, based on the transverse Pockels effect in a crystal, are demonstrated in wide-band (10 MHz) interference-free measurements of pulsed currents and impulse voltages.}
 place = {Netherlands}
 year = {1987}
 month = {Jan}
 }