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Fully Automated E-Field Measurement System Using Pigtailed Electro-Optic Sensors for Temperature-Dependent-Free Measurements of Microwave Signals in Outdoors Conditions

We present, in this paper, pigtailed electro-optic sensors dedicated to the measurement of high-power microwave signals in outdoors conditions. We give results on high-power microwave single-shot pulses obtained with long fiber links (> 20 m) in hard environmental conditions (temperature variatio...

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Published in:	IEEE sensors journal 2009-01, Vol.9 (1), p.61-68
Main Authors:	Bernier, M., Duvillaret, L., Gaborit, G., Paupert, A., Lasserre, J.-L.
Format:	Article
Language:	English
Subjects:	Design engineering Electric field measurement Electro-optics Electromagnetism Electrooptic devices Electrooptic modulators electrooptic transducers Engineering Sciences Fluctuation Integrated circuit measurements Links Microwave measurements Microwave sensors Microwaves Noise levels optical fiber transducers Outdoor Pockels effect Probes Sensor systems Sensors Temperature measurement Temperature sensors Transducers
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creator	Bernier, M. Duvillaret, L. Gaborit, G. Paupert, A. Lasserre, J.-L.
description	We present, in this paper, pigtailed electro-optic sensors dedicated to the measurement of high-power microwave signals in outdoors conditions. We give results on high-power microwave single-shot pulses obtained with long fiber links (> 20 m) in hard environmental conditions (temperature variations up to 30degC). In these awkward outdoors conditions, we obtain very stable measurements with rms signal fluctuations lower than 0.2 dB. We focus here especially on the design of the temperature-dependent-free system.
doi_str_mv	10.1109/JSEN.2008.2010367
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subjects	Design engineering Electric field measurement Electro-optics Electromagnetism Electrooptic devices Electrooptic modulators electrooptic transducers Engineering Sciences Fluctuation Integrated circuit measurements Links Microwave measurements Microwave sensors Microwaves Noise levels optical fiber transducers Outdoor Pockels effect Probes Sensor systems Sensors Temperature measurement Temperature sensors Transducers
title	Fully Automated E-Field Measurement System Using Pigtailed Electro-Optic Sensors for Temperature-Dependent-Free Measurements of Microwave Signals in Outdoors Conditions
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