Author :
Baird, A. ; Dowell, J. ; Duthie, P. ; Gill, K. ; Glick, M. ; Green, N.P. ; Hall, G. ; Halsall, R. ; Jarlskog ; Kennedy, L. ; Kenyon, I. ; Moseley, A.J. ; Quinton, S. ; Robbins, D. ; Stefanini, G. ; Streames-Smith, D.S. ; Try, N.W. ; Vasey, F. ; Webster, K
Abstract :
Lightwave links are being developed for volume application in the transfer of analog signals from the tracking detector front-ends to the readout electronics. The links are based on electro-optic intensity modulators which are mounted on detectors and connected by optical fibers to remotely located transceivers (lasers and photoreceivers). The modulators are III-V semiconductor reflective devices based on multi-quantum well structures. The transceivers will be integrated devices of a novel design. Modulator prototypes have been fabricated and tested. Neutron and γ-ray irradiation studies have been performed on modulators and fibers. The main results achieved so far are reported and key system issues are reviewed. This work is part of the CERN DRDC project RD23
Keywords :
detector circuits; electro-optical modulation; nuclear electronics; optical fibre communication; optical links; III-V semiconductor reflective devices; LHC; analog lightwave links; detector front-ends; electro-optic intensity modulators; readout electronics; Electrooptic modulators; Fiber lasers; III-V semiconductor materials; Intensity modulation; Large Hadron Collider; Lasers and electrooptics; Optical fibers; Readout electronics; Semiconductor lasers; Transceivers;
