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The 3rd edition of Controlling Radiated Emissions by Design has been updated to reflect the latest changes in the field. New to this edition is material on aspects of technical advance, specifically long term energy efficiency, energy saving, RF pollution control, etc. This book retains the step-by-step approach for incorporating EMC into every new design, from the ground up. It describes the selection of quieter IC technologies, their implementation into a noise-free printed circuit layout, and the gathering of all these into low radiation packaging, including I/O filtering, connectors and cables considerations. All guidelines are supported by thorough and comprehensive calculated examples. Design engineers, EMC specialists and technicians will benefit from learning about the development of more efficient and economical control of emissions.
List of contents
Generalities.- Electric & Magnetic Fields from Simple Circuit Shapes.- Fields Radiated by Non-Sinusoidal Sources.- General Strategy for Designing Low Radiation Products.- Control at Chip & Integrated Circuit Level.- Printed Circuit Board Design.- Emission Control in Mother Boards & Backplanes.- Controlling Radiation from Switch Mode Power Supplies.- Reducing Radiated EMI by Internal Cabling & Packaging.- Box Shielding.- Controlling Radiated Emissions at I/O Ports & External Cables.- Principal Radiated Emission Specifications & Test Methods.- Troubleshooting Radiated EMI Problems.- Appendix A: The Modified Dipole Model.- Appendix B: Some Validation Results Supporting the Simplified Radiation Model.- Appendix C: Inductances and Capacitances of PCB Traces.- Appendix D: A few Equivalent Circuits for Component Modeling via SPICE.
About the author
Michel Mardiguian is a member of EMC Consulting in France.
Donald L. Sweeney is the owner of D.L.S. Electronic Systems Inc.
Summary
The 3rd edition of Controlling Radiated Emissions by Design has been updated to reflect the latest changes in the field. New to this edition is material on aspects of technical advance, specifically long term energy efficiency, energy saving, RF pollution control, etc. This book retains the step-by-step approach for incorporating EMC into every new design, from the ground up. It describes the selection of quieter IC technologies, their implementation into a noise-free printed circuit layout, and the gathering of all these into low radiation packaging, including I/O filtering, connectors and cables considerations. All guidelines are supported by thorough and comprehensive calculated examples. Design engineers, EMC specialists and technicians will benefit from learning about the development of more efficient and economical control of emissions.
