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Analysis of FN and LRFD for High-speed Communication

Analysis of FN and LRFD for High-speed Communicationaf Chakresh Kumar
Bag om Analysis of FN and LRFD for High-speed Communication

A free-running frequency standard drift with time and move away from its nominal value. To make a stable frequency standard it needs to trace a reference standard. A GNSS disciplined oscillator is one of the media for reference to a free-running frequency standard is used. The frequency standard may be disciplined directly to a reference standard or a GNSS system in the co-located. In this work, the free running frequency standards are reference standard (UTC (NPLI) timescale) and are co-located. Therefore, the free running frequency standard is locked to the timescale and makes the free standard a NPLI disciplined system. The frequency and time stability have been measured for the free running and locked rubidium frequency standard. The stability improved in the locked rubidium frequency standard.

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  • Sprog:
  • Engelsk
  • ISBN:
  • 9786206755272
  • Indbinding:
  • Paperback
  • Sideantal:
  • 60
  • Udgivet:
  • 11. august 2023
  • Størrelse:
  • 150x4x220 mm.
  • Vægt:
  • 107 g.
  • BLACK NOVEMBER
Leveringstid: 2-3 uger
Forventet levering: 11. december 2024

Beskrivelse af Analysis of FN and LRFD for High-speed Communication

A free-running frequency standard drift with time and move away from its nominal value. To make a stable frequency standard it needs to trace a reference standard. A GNSS disciplined oscillator is one of the media for reference to a free-running frequency standard is used. The frequency standard may be disciplined directly to a reference standard or a GNSS system in the co-located. In this work, the free running frequency standards are reference standard (UTC (NPLI) timescale) and are co-located. Therefore, the free running frequency standard is locked to the timescale and makes the free standard a NPLI disciplined system. The frequency and time stability have been measured for the free running and locked rubidium frequency standard. The stability improved in the locked rubidium frequency standard.

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