A way to determine radiation-induced loss in fiber-optic digital communication link

Reljin, Irini; Reljin, Branimir; Srećković, Milesa; Marinovic, A.; Kovačević, Milojko; Tomic, Z.

doi:10.1016/j.yofte.2004.12.001

Cited by 2 publications

(2 citation statements)

References 10 publications

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“…Lately, fibre optic research trend has focussed more on data transfer, architecture improvement, noise reduction, and QOS issues. Reljin et al (2005) investigated the impact of radiation induced loss in fibre optic digital communication links and confirmed the validity of the proposed processing method via discrete data obtained by the sampling oscilloscope. Recent research multiplexing fibre optic sensing technology has revealed optical amplification methodologies and lasing multiplexing systems capable of handling robust, remote and distributed Brillouin networks (Perez-Herrera and Lopez-Amo 2013).…”

Section: Fibre-optics Research Driving the Recent Fibre-optic Advancementioning

confidence: 62%

The Recent Trends in Fibre Optic Communication

Alorf¹

2014

IOSRJEEE

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Section: Fibre-optics Research Driving the Recent Fibre-optic Advancementioning

confidence: 62%

The Recent Trends in Fibre Optic Communication

Alorf¹

2014

IOSRJEEE

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“…Now a days, we are wit nesses of ex ten sive us age of op ti cal fibres in many ap pli ca tions, like in sen sors, com mu ni ca tions, and com puter nets. The ear li est op tical fi bre sen sors that rely on op ti cal re flec tion were built in var i ous forms, as multi fibres, twin-fibres, or sin gle-fibres with a di rec tional Y cou pler [29][30][31][32][33][34][35][36][37][38][39][40][41][42][43][44][45][46]. Mea sur ing un cer tainty in ter pre ta tion in new con cept in all mea sured re sults should be an other point of view [46,47].…”

Section: Introductionmentioning

confidence: 99%

Gamma irradiation effects in optical fibres, splitters, and connectors

Srećković

Pantelic

Stankovic³

et al. 2017

NUCL TECH RAD PROT

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The pa per pres ents a brief over view of con tem po rary ELION tech niques with stress on their use for ma te rial mod i fi ca tion and do sim e try. In the at tempt to avoid some com mon mis judges of ir ra di a tion ef fects, spe cial at ten tion is paid to ex act def i ni tion of ir ra di a tion ge om e try and care ful ad just ment of dose rates, which en able a proper elab o ra tion of ex per i men tal re sults. In par tic u lar, ef fects of grays ir ra di a tion on prop er ties of com mer cial op ti cal fibres, split ters, con nec tors, and fi bre joints are ex am ined, which en ables mon i tor ing of ir ra di a tion ef fects in com plex con fig u ra tions made of ma te ri als with dif fer ent ra di a tion hard ness (re sis tance). It has been es tab lished that grays ir ra di a tion of the in ves ti gated el e ments in flu ences, in dif ferent ways, the trans mis sion of la ser beam sig nals of var i ous wave lengths, un der dif fer ent modu la tion re gimes. Af ter ir ra di a tion, the sig nal at ten u a tion is no tice ably larger, both in op ti cal con nec tors and op ti cal split ter, than be fore it, and the ef fect in creases in time. The ef fects are more pro nounced at the 99 % than at the 1 % Y-split ter out put at both mea sured wave lengths, and are more pro nounced at 1310 nm than at 1550 nm.

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A way to determine radiation-induced loss in fiber-optic digital communication link

Cited by 2 publications

References 10 publications

The Recent Trends in Fibre Optic Communication

The Recent Trends in Fibre Optic Communication

Gamma irradiation effects in optical fibres, splitters, and connectors

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