Experimental verification and theory for an eight-element multiple-aperture equal-gain coherent laser receiver for laser communications.
Experimental verification and theory for an eight-element multiple-aperture equal-gain coherent laser receiver for laser communications. Research Abstract Details
Experimental verification and theory for an eight-element multiple-aperture equal-gain coherent laser receiver for laser communications. Abstract Text:
The detection and processing of laser communication signals are affected by the fading induced onto these signals by atmospheric turbulence. One method of reducing this fading is to use an array of detectors in which each of the detector outputs are added together coherently. We present experimental verification and theory of a 1.06 mum eight-element coherent receiver used to mitigate the effects of fading over a 1-km outdoor range. The carrier-to-noise ratio (CNR) was measured on a single channel and was then compared with the CNR obtained from the coherent sum of the eight channels. The increase of the mean CNR for the coherent sum as compared with a single aperture was observed proportional to the number of the apertures under different conditions of atmospheric turbulence. The measured mean CNR gain fitted the theoretical prediction well when the laser intensity fluctuations followed the gamma distribution.
Experimental verification and theory for an eight-element multiple-aperture equal-gain coherent laser receiver for laser communications. Publishing Authors By Initials
Experimental verification and theory for an eight-element multiple-aperture equal-gain coherent laser receiver for laser communications. Journal Published:
PUBLICATION TYPE: Journal Article
Journal: Applied optics
VOLUME: 37
Page Numbers: 4782-8
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ISSN: 0003-6935
DAY: 20
MONTH: Jul
YEAR: 1998
Experimental verification and theory for an eight-element multiple-aperture equal-gain coherent laser receiver for laser communications. Information
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LANGUAGE: eng
NlmUniqueID: 247660
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Country: United States
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MEDLINETA: Appl Opt
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