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Homepage>BS Standards>33 TELECOMMUNICATIONS. AUDIO AND VIDEO ENGINEERING>33.060 Radiocommunications>33.060.40 Cabled distribution systems>PD CLC/TS 50083-3-3:2014 Cable networks for television signals, sound signals and interactive services Active wideband equipment for cable networks. Methods of measurement of the maximum operating output level in the return path
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immediate downloadReleased: 2014-11-30
PD CLC/TS 50083-3-3:2014 Cable networks for television signals, sound signals and interactive services Active wideband equipment for cable networks. Methods of measurement of the maximum operating output level in the return path

PD CLC/TS 50083-3-3:2014

Cable networks for television signals, sound signals and interactive services Active wideband equipment for cable networks. Methods of measurement of the maximum operating output level in the return path

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Standard number:PD CLC/TS 50083-3-3:2014
Pages:20
Released:2014-11-30
ISBN:978 0 580 85962 5
Status:Standard
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PD CLC/TS 50083-3-3:2014


This standard PD CLC/TS 50083-3-3:2014 Cable networks for television signals, sound signals and interactive services is classified in these ICS categories:
  • 33.060.40 Cabled distribution systems

This Technical Specification is applicable to the method of nonlinearity measurement for active cable network equipment which carry a digital channel load in the return path. The digital channel load is represented by standard DVB-C signals. The method of measurement of the maximum operating output level takes account of a full channel load in the return path frequency range although different applications of return path amplifiers with partial channel load or single channel load are also in practical use. The maximum operating output level for applications with reduced channel loads could be derived from the result with a full channel load by applying a given calculation formula.

The method considers the specific signal form and behaviour of digitally modulated signals and can be applied in the return path frequency range (5 MHz to 65 MHz) as well as in the extended return path frequency range (5 MHz to 85 MHz) according to EN 60728-10.