PD IEC TR 61282-1:2000

FOREWORD
INTRODUCTION
1= General=
    1.1= Scope
    1.2= Fibre optic systems performance
          considerations
2= Reference documents
3= Basic fibre optic system (BFOS)
4= General considerations for BFOS design
    4.1= Environmental conditions
    4.2= Worst-case values
    4.3= General system attributes
    4.4= Transmitter description
          4.4.1 General
          4.4.2 Transmitter parameters
    4.5= Receiver description
          4.5.1= General
          4.5.2= Receiver parameters (for both digital
                  and analogue systems)
    4.6= Branching devices
    4.7= Attenuators
    4.8= WDM devices
    4.9= Optical fibre amplifiers
    4.10 Connectors
    4.11 Office (indoor) cable
    4.12 Interbuilding and outside cable plant
    4.13 Working margin and ageing margin
5= Fibre optic system transmission design analysis
    5.1= Loss limited fibre optic systems
    5.2= Dispersion-limited fibre optic systems
          5.2.1 Digital systems
          5.2.2 Analogue systems
    5.3= Design and analysis computational algorithms
          5.3.1 Digital systems
          5.3.2 Analogue systems
          5.3.3 Subcarrier multiplexing (SCM)
                  transmission systems
Annex A Statistical system design (statistical
          approach to gain and loss)
Annex B Worst-case system design (determination
          of the worst-case dispersion coefficient)

Providing system design methodology guidance to suppliers and users of fibre optic transmission systems to telecommunications and broadband video distribution applications. Applicable to almost all design cases. Transmission design parameters are specified by their worst case values. Unidirectional and Bidirectional systems are both covered in this technical report.

Describes a methodology for engineering a single-mode fibre optic transmission system for telecommunications and broadband video distribution applications.