IEC 61000-2-3 : 1.0

Table of Contents

FOREWORD
INTRODUCTION
Clause
1 General
    1.1 Scope and object
    1.2 Reference document
2 General considerations
    2.1 Coupling between emitting and susceptible devices
    2.2 Units and decibels
3 Source, coupling asnd susceptor models, and their
    limitations
    3.1 Source models
    3.2 Coupling models
    3.3 Susceptible device models
4 Emission levels and the environment
    4.1 Conduction environment
    4.2 Induction field environment
    4.3 Radiation field environment
    4.4 Statistical considerations
    4.5 Implications for limits
    4.6 Environment implied by invoking of standard limits
5 Intentional emitters
    5.1 Radio transmitters
    5.2 Other sources of intentional radiation
    5.3 Carrier frequency current systems
6 Unintentional emitters
    6.1 Physical noise sources
    6.2 Man-made noise
    6.3 Atmospherics
    6.4 Electrostatic discharge
    6.5 High-voltage and medium-voltage power lines
    6.6 Low-voltage power lines
    6.7 Signal and control lines
    6.8 Appliances
    6.9 Motors
    6.10 Digital devices and systems
    6.11 Radio and television receivers, monitors and
          video recorders
    6.12 Fluorescent lamps
    6.13 Industrial equipment
    6.14 Traction systems
    6.15 Ignition systems
7 Examples of environments
    7.1 Residential and commercial environments
    7.2 Industrial environments
    7.3 Switching stations
    7.4 Dedicated telecommunication switching centres
    7.5 Hospitals
Bibliography

Abstract

Describes the electromagnetic environment. Intended as a basis to achieve electromagnetic compatibility in system and equipment design, using test standards and mitigation methods which satisfactorily take account of undesirable effects. The report is primarily concerned with characteristics and levels of electromagnetic fields and of non-network-frequency-related conducted emissions from unintentional sources of interference.

General Product Information

Published
Document Type	Standard
Status	Current
Publisher	International Electrotechnical Committee
Pages
ISBN
Committee	TC 77