David Morgan has degrees in Physics, Radio Astronomy and Plasma Physics and has been involved with the development of EMC design and testing in the United Kingdom since 1970. From 1973 he was concerned with the EMC design and testing of spacecraft, military hardware, automobiles, and industrial and commercial electronics. Having designed, built and obtained certification for one of the first EMC testing facilities in the United Kingdom to use computer control for automatic testing, the practical experience he gained has been the basis of this book.

• Chapter 1: Nature and origins of electomagnetic compatibilityChapter 2: EMC standards and specificationsChapter 3: Outline of EMC testingChapter 4: Measurement devices for conducted EMIChapter 5: Introduction to antennasChapter 6: Antennas for radiated emission testingChapter 7: Use of antennas for radiated susceptibility testingChapter 8: Receivers, analysers and measurement equipmentChapter 9: EMC test regimes and facilitiesChapter 10: Electromagnetic transient testingChapter 11: Uncertainty analysis: quality control and test facility certificationChapter 12: Designing to avoid EMC problemsChapter 13: Achieving product EMC: checklists for product development testingAppendices

David Morgan has degrees in Physics, Radio Astronomy and Plasma Physics and has been involved with the development of EMC design and testing in the United Kingdom since 1970. From 1973 he was concerned with the EMC design and testing of spacecraft, military hardware, automobiles, and industrial and commercial electronics. Having designed, built and obtained certification for one of the first EMC testing facilities in the United Kingdom to use computer control for automatic testing, the practical experience he gained has been the basis of this book.

• Chapter 1: Nature and origins of electomagnetic compatibilityChapter 2: EMC standards and specificationsChapter 3: Outline of EMC testingChapter 4: Measurement devices for conducted EMIChapter 5: Introduction to antennasChapter 6: Antennas for radiated emission testingChapter 7: Use of antennas for radiated susceptibility testingChapter 8: Receivers, analysers and measurement equipmentChapter 9: EMC test regimes and facilitiesChapter 10: Electromagnetic transient testingChapter 11: Uncertainty analysis: quality control and test facility certificationChapter 12: Designing to avoid EMC problemsChapter 13: Achieving product EMC: checklists for product development testingAppendices

David Morgan has degrees in Physics, Radio Astronomy and Plasma Physics and has been involved with the development of EMC design and testing in the United Kingdom since 1970. From 1973 he was concerned with the EMC design and testing of spacecraft, military hardware, automobiles, and industrial and commercial electronics. Having designed, built and obtained certification for one of the first EMC testing facilities in the United Kingdom to use computer control for automatic testing, the practical experience he gained has been the basis of this book.

• Chapter 1: Nature and origins of electomagnetic compatibilityChapter 2: EMC standards and specificationsChapter 3: Outline of EMC testingChapter 4: Measurement devices for conducted EMIChapter 5: Introduction to antennasChapter 6: Antennas for radiated emission testingChapter 7: Use of antennas for radiated susceptibility testingChapter 8: Receivers, analysers and measurement equipmentChapter 9: EMC test regimes and facilitiesChapter 10: Electromagnetic transient testingChapter 11: Uncertainty analysis: quality control and test facility certificationChapter 12: Designing to avoid EMC problemsChapter 13: Achieving product EMC: checklists for product development testingAppendices