The book "Introduction to Electromagnetic Compatibility (EMC)" by Clayton R. Paul, Robert C. Scully, and Mark A. Steffka provides a comprehensive overview of EMC, covering both theoretical and practical aspects. The content is divided into several chapters, each focusing on specific aspects of EMC: 1. **Introduction to EMC**: Discusses the basics of EMC, including electrical dimensions, waves, decibels, and common EMC units. 2. **EMC Requirements for Electronic Systems**: Outlines governmental and product-specific EMC requirements, including commercial, military, and aircraft products, and explains how to measure emissions for compliance. 3. **Signal Spectra**: Explains the relationship between time and frequency domains, periodic and nonperiodic signals, and the use of spectrum analyzers. 4. **Transmission Lines and Signal Integrity**: Focuses on transmission line equations, per-unit-length parameters, and methods for ensuring signal integrity in high-speed digital interconnects. 5. **Nonideal Behavior of Components**: Describes the nonideal behavior of components such as wires, PCB lands, resistors, capacitors, and inductors, and the effects of ferromagnetic materials. 6. **Conducted Emissions and Susceptibility**: Covers the measurement of conducted emissions, power supply filters, and the effects of power supply components on emissions. 7. **Antennas**: Discusses the design and characterization of antennas, including elemental dipole antennas, half-wave dipoles, and antenna arrays. 8. **Radiated Emissions and Susceptibility**: Introduces simple models for emission and susceptibility of wires and PCB lands. 9. **Crosstalk**: Explains the principles of crosstalk in three-conductor transmission lines and the effects of shielding and twisted wires. 10. **Shielding**: Analyzes shielding effectiveness, including far-field and near-field sources, and the effects of apertures. 11. **System Design for EMC**: Provides guidelines for designing systems to meet EMC requirements, including PCB design, system configuration, and diagnostic tools. The book also includes appendices with detailed mathematical derivations, computer codes for calculating per-unit-length parameters and crosstalk, a Spice tutorial, and a brief history of EMC.The book "Introduction to Electromagnetic Compatibility (EMC)" by Clayton R. Paul, Robert C. Scully, and Mark A. Steffka provides a comprehensive overview of EMC, covering both theoretical and practical aspects. The content is divided into several chapters, each focusing on specific aspects of EMC: 1. **Introduction to EMC**: Discusses the basics of EMC, including electrical dimensions, waves, decibels, and common EMC units. 2. **EMC Requirements for Electronic Systems**: Outlines governmental and product-specific EMC requirements, including commercial, military, and aircraft products, and explains how to measure emissions for compliance. 3. **Signal Spectra**: Explains the relationship between time and frequency domains, periodic and nonperiodic signals, and the use of spectrum analyzers. 4. **Transmission Lines and Signal Integrity**: Focuses on transmission line equations, per-unit-length parameters, and methods for ensuring signal integrity in high-speed digital interconnects. 5. **Nonideal Behavior of Components**: Describes the nonideal behavior of components such as wires, PCB lands, resistors, capacitors, and inductors, and the effects of ferromagnetic materials. 6. **Conducted Emissions and Susceptibility**: Covers the measurement of conducted emissions, power supply filters, and the effects of power supply components on emissions. 7. **Antennas**: Discusses the design and characterization of antennas, including elemental dipole antennas, half-wave dipoles, and antenna arrays. 8. **Radiated Emissions and Susceptibility**: Introduces simple models for emission and susceptibility of wires and PCB lands. 9. **Crosstalk**: Explains the principles of crosstalk in three-conductor transmission lines and the effects of shielding and twisted wires. 10. **Shielding**: Analyzes shielding effectiveness, including far-field and near-field sources, and the effects of apertures. 11. **System Design for EMC**: Provides guidelines for designing systems to meet EMC requirements, including PCB design, system configuration, and diagnostic tools. The book also includes appendices with detailed mathematical derivations, computer codes for calculating per-unit-length parameters and crosstalk, a Spice tutorial, and a brief history of EMC.