TR 100 283 : 2.2.1

Intellectual Property Rights
Foreword
1 Scope
2 References
3 Definitions, symbols and abbreviations
   3.1 Definitions
   3.2 Symbols
   3.3 Abbreviations
5 Typical power distribution
6 Characteristics of a power fault transient
7 The transient, part 1
8 Analysis of part 1
   8.1 Increasing distribution resistance
   8.2 Decreasing the fault clearance time
   8.3 Decreasing power distribution inductance
       8.3.1 Calculating inductance
       8.3.2 Measuring inductance
   8.4 Summary
   8.5 Recommendations
9 The transient, part 2
10 Analysis of part 2
   10.1 Absorbing the energy
   10.2 Dissipating the energy
   10.3 Recommendations
11 Testing for immunity to transients
   11.1 Transient immunity test circuit; by applying
        real power distribution to an installation model
        (high power systems)
   11.2 Transient immunity test circuit; by analogue
        circuit simulation
12 Conclusion
History

Explores the parameters of dc power distributions within the scope of EN 300 132-2 that significantly contribute to the energy contained by a transient, discusses ways in which the transient can be controlled to reduce its harmful effects, and suggests ways in which the immunity of an electronic unit or a substantial telecommunications installation might be tested.