UNLIMITED FREE
ACCESS TO THE WORLD'S BEST IDEAS

SUBMIT
Already a GlobalSpec user? Log in.

This is embarrasing...

An error occurred while processing the form. Please try again in a few minutes.

Customize Your GlobalSpec Experience

Select Your Free Newsletters

Industry Newsletters

Select Your Free Product Alerts

Finish!
Privacy Policy

This is embarrasing...

An error occurred while processing the form. Please try again in a few minutes.

BSI - BS IEC 62153-4-9

Metallic communication cable test methods Part 4-9: Electromagnetic compatibility (EMC) - Coupling attenuation of screened balanced cables, triaxial method

inactive
Buy Now
Organization: BSI
Publication Date: 30 June 2018
Status: inactive
Page Count: 32
ICS Code (Coaxial cables. Waveguides): 33.120.10
ICS Code (Emission): 33.100.10

Document History

BS IEC 62153-4-9
June 30, 2018
Metallic communication cable test methods Part 4-9: Electromagnetic compatibility (EMC) - Coupling attenuation of screened balanced cables, triaxial method
A description is not available for this item.
BS IEC 62153-4-9
June 30, 2018
Metallic communication cable test methods Part 4-9: Electromagnetic compatibility (EMC) - Coupling attenuation of screened balanced cables, triaxial method
A description is not available for this item.

References

This document references:
IEC 62153-4-3 - Metallic communication cables test methods – Part 4-3: Electromagnetic compatibility (EMC) – Surface transfer impedance – Triaxial method
Published by IEC on October 1, 2013
This part of IEC 62153 determines the screening effectiveness of a cable shield by applying a well-defined current and voltage to the screen of the cable and measuring the induced voltage in order to...
This document references:
IEC 62153-4-4 - Metallic communication cable test methods – Part 4-4: Electromagnetic compatibility (EMC) – Test method for measuring of the screening attenuation as up to and above 3 GHz, triaxial method
Published by IEC on April 1, 2015
This part of IEC 62153 describes a test method to determine the screening attenuation as of metallic communication cable screens. Due to the concentric outer tube, measurements are independent of...
This document references:
IEC 62153-4-5 - Metallic communication cables test methods – Part 4-5: Electromagnetic compatibility (EMC) – Coupling or screening attenuation – Absorbing clamp method
Published by IEC on March 1, 2006
The absorbing clamp method is suitable to determine the coupling or screening attenuation of metallic communication cables in the frequency range of 30 MHz to 1 000 MHz. It is an alternative method...
This document references:
IEC TS 62153-4-1 - Metallic communication cable test methods – Part 4-1: Electromagnetic compatibility (EMC) – Introduction to electromagnetic screening measurements
Published by IEC on May 1, 2020
This part of IEC 62153 deals with screening measurements. Screening (or shielding) is one basic way of achieving electromagnetic compatibility (EMC). However, a confusingly large number of methods...
This document references:
IEC 60050-726 - AMENDMENT 1 International electrotechnical vocabulary Part 726: Transmission lines and waveguides
Published by IEC on December 1, 2016
A description is not available for this item.
This document references:
EN 50289-1-9 - Communication cables - Specifications for test methods - Part 1-9: Electrical test methods - Unbalance attenuation (transverse conversion loss TCL transverse conversion transfer loss TCTL)
Published by CENELEC on March 1, 2017
This European Standard details the test methods to determine the attenuation of converted differential-mode signals into common-mode signals, and vice versa, due to balance characteristics of cables...
This document references:
EN 50289-1-9 - Communication cables - Specifications for test methods - Part 1-9: Electrical test methods - Unbalance attenuation (transverse conversion loss TCL transverse conversion transfer loss TCTL)
Published by CENELEC on March 1, 2017
This European Standard details the test methods to determine the attenuation of converted differential-mode signals into common-mode signals, and vice versa, due to balance characteristics of cables...
View Less
View All
Advertisement