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PD IEC/TR 62324:2007

Current

Current

Single-mode optical fibres. Raman gain efficiency measurement using continuous wave method. Guidance

Available format(s)

Hardcopy , PDF

Language(s)

English

Published date

01-29-2007

US$238.62
Excluding Tax where applicable
Summarise this standard

FOREWORD
1 Scope and object
2 Normative references
3 Terms and definitions
4 Overview
5 Method
   5.1 Description
   5.2 Laser safety
6 Apparatus
   6.1 Optical pump source
   6.2 Optical signal source
   6.3 Optical signal conditioning
   6.4 Power meter
   6.5 Optical spectrum analyzer
   6.6 Examples
7 Sampling and specimens
   7.1 Specimen endfaces
   7.2 Specimen length
   7.3 Length selection
   7.4 Specimen attenuation coefficient
8 Procedure
9 Calculations and interpretation of results
   9.1 On/off gain
   9.2 Raman gain efficiency
10 Documentation
   10.1 Information to be reported with each measurement
   10.2 Information that should be available upon request
Bibliography

Applies to the Raman gain efficiency measurement of a single mode transmission optical fibre. It is useful in assessing the fibre's performance in Raman amplified transmission systems.

Committee
GEL/86/1
DevelopmentNote
Supersedes 02/205755 DC (03/2003) Supersedes 05/30140924 DC. (06/2007)
DocumentType
Standard
Pages
16
PublisherName
British Standards Institution
Status
Current
Supersedes

This technical report is applicable to the Raman gain efficiency measurement of a single-mode transmission optical fibre. It is useful in assessing the fibre\'s performance in Raman amplified transmission systems. This technical report describes a method that uses two unmodulated continuous waves to measure the Raman gain efficiency of a single-mode transmission optical fibre. This parameter assesses the fibre\'s efficiency at converting input pump power to information signal power. This second edition differs from the first in that in the previous edition, in the paragraph before Figure 2, there was an approximation of the relationship between wavelength and optical frequency that led to some inconsistencies in interlaboratory agreement. This approximation has been removed.

Standards Relationship
IEC TR 62324:2007 Identical

US$238.62
Excluding Tax where applicable