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Irradiation studies of multimode optical fibres for use in ATLAS front-end links
- Mahout, G. (author)
-
- Pearce, Mark (author)
- KTH,Fysik
- Andrieux, M. L. (author)
- show more...
- Arvidsson, C. B. (author)
- Charlton, D. G. (author)
- Dinkespiler, B. (author)
- Dowell, J. D. (author)
- Gallin-Martel, L. (author)
- Homer, R. J. (author)
- Jovanovic, P. (author)
- Kenyon, I. R. (author)
- Kuyt, G. (author)
- Lundquist, J. (author)
- Mandic, I. (author)
- Martin, O. (author)
- Shaylor, H. R. (author)
- Stroynowski, R. (author)
- Troska, J. (author)
- Wastie, R. L. (author)
- Weidberg, A. R. (author)
- Wilson, J. A. (author)
- Ye, J. (author)
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- (creator_code:org_t)
- 2000
- 2000
- English.
- In: Nuclear Instruments and Methods in Physics Research Section A. - 0168-9002 .- 1872-9576. ; 446:3, s. 426-434
- Journal article (peer-reviewed)
Abstract
Subject headings
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- The radiation tolerance of three multimode optical fibres has been investigated to establish their suitability for the use in the front-end data links of the ATLAS experiment. Both gamma and neutron irradiation studies are reported. A step-index fibre with a pure silica core showed an induced attenuation of similar to 0.05 dB/m at 330 kGy(Si) and 1 x 10(15) n(1 MeV Si)/cm(2) and is suitable for use with the inner detector links which operate at 40-80 Mb/s. A graded-index fibre with a predominantly germanium-doped core exhibits an induced attenuation of similar to 0.1 dB/m at 800 Gy(Si) and 2 x 10(13) n(1 MeV Si)/cm(2) and is suitable for the calorimeter links which operate at 1.6 Gb/s. Measurements of the dose rate dependence of the induced attenuation indicate that the attenuation in ATLAS will be lower.
Keyword
- radiation tolerance
- optical fibres
- multimode
- ATLAS
- cryogenic temperatures
- radiation
- damage
Publication and Content Type
- ref (subject category)
- art (subject category)
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- By the author/editor
- Mahout, G.
- Pearce, Mark
- Andrieux, M. L.
- Arvidsson, C. B.
- Charlton, D. G.
- Dinkespiler, B.
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- Dowell, J. D.
- Gallin-Martel, L ...
- Homer, R. J.
- Jovanovic, P.
- Kenyon, I. R.
- Kuyt, G.
- Lundquist, J.
- Mandic, I.
- Martin, O.
- Shaylor, H. R.
- Stroynowski, R.
- Troska, J.
- Wastie, R. L.
- Weidberg, A. R.
- Wilson, J. A.
- Ye, J.
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- Articles in the publication
- Nuclear Instrume ...
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- Royal Institute of Technology
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