Circuit Modelling for Electromagnetic Compatibility

 

 

 

 

 

Circuit Modelling for Electromagnetic Compatibility

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Circuit modeling for electromagnetic compatibility

 

Contents list

 

Book Information

1 Introduction

       1.1 Introduction

       1.2 Developing the model

       1.3 Intra-system interference

       1.4 Inter-system interference

       1.5 Transients

       1.6 The importance of testing

       1.7 Practical design techniques

       1.8 System design

2 Lumped parameter models

       2.1 Primitive capacitance

       2.2 Primitive Inductance

       2.3 Duality of L and C

       2.4 Loop parameters

       2.5 Circuit parameters

       2.6 Twin-conductor model

       2.7 Three-conductor model

       2.8 Optimum coupling

       2.9 Transfer admittance

       2.10 Coaxial coupling

       2.11 The ground plane

3 Other cross-sections

       3.1 Single composite conductor

       3.2 The composite pair

       3.3 The screened pair

4 Transmission line models

       4.1 Single-T model

       4.2 Triple-T model

       4.3 Cross-coupling

       4.4 Bench test models

5 Antenna models

       5.1 The half-wave dipole

       5.2 The virtual conductor

       5.3 The threat voltage

       5.4 The threat current

       5.5 Coupling via the structure

       5.6 Radiation susceptibility

       5.7 Radiated emission

6 Transient analysis

       6.1 Time step analysis

       6.2 Delay-line model

       6.3 Line characteristics

       6.4 Antenna-mode current

       6.5 Radiated emission

       6.6 Transient emission model

7 Bench testing

       7.1 Voltage transformer

       7.2 Current transformer

       7.3 Triaxial cable

       7.4 The isolated conductor

       7.5 Cable Characterisation

       7.6 Cable Transients

       7.7 Capacitor Characterisation

8 Practical Design

       8.1 Grounding

       8.2 Conductor Pairing

       8.3 Ground Loops

       8.4 Common-mode rejection

       8.5 Differential-mode damping

       8.6 Common-mode damping

       8.7 Shielding

9 System design

       9.1 Design Guidelines

       9.2 Relating the diagrams

       9.3 Printed circuit boards

       9.4 Susceptibility requirements

       9.5 Emission requirements

       9.6 Planning

Appendix A  Mathcad worksheets

Appendix B  MATLAB

Appendix C  The hybrid equations

Appendix D Definitions

References

Index