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  4. Investigations on the stability of an all-optically extracted clock at 18 GHz using a selfpulsating DFB-laser
 
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1994
Conference Paper
Title

Investigations on the stability of an all-optically extracted clock at 18 GHz using a selfpulsating DFB-laser

Abstract
The performance of the extracted clock is characterized. The initial transient behaviour of the clock is measured when a long sequence of zero bits is present in the injected signal. The dephasing of the extracted clock due to inherent noise and the lock-up time are studied. The main goal is an estimate for the maximum tolerable zero bit sequence.
Author(s)
Feiste, U.
As, D.J.
Ehrhardt, A.
Mohrle, M.
Franke, D.
Mainwork
ECOC '94. 20th European Conference on Optical Communication. Vol.1  
Conference
European Conference on Optical Communication (ECOC) 1994  
Language
English
Fraunhofer-Institut für Nachrichtentechnik, Heinrich-Hertz-Institut HHI  
Keyword(s)
  • clocks

  • distributed feedback lasers

  • integrated optics

  • laser feedback

  • laser frequency stability

  • multiplexing equipment

  • optical communication equipment

  • optical fibre communication

  • synchronisation

  • time division multiplexing

  • stability

  • all-optically extracted clock

  • self pulsating dfb-laser

  • performance

  • initial transient behaviour

  • injected signal

  • dephasing

  • inherent noise

  • lock-up time

  • maximum tolerable zero bit sequence

  • 18 GHz

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