Electromagnetic Interference/Compatibility (EMI/EMC) are emerging topics in nowadays wirelessly connected world. Being able to properly characterize and model such problems is a highly challenging task during the design stage of electronic circuits. This book aims at providing the reader the professional knowledge in the pre-compliance, debugging and troubleshooting phases. It shall explain how to best utilize simulation and modeling techniques to avoid compliance hurdles at the later stage of full-compliance. This book is targeting SI and EMI/EMC professionals who are seeking advanced analysis and modeling techniques in this field.

The book shall cover the following topics, but not limited to:

• EMI/EMC Simulation Workflows.
• Full-Wave Simulations of EMC Problems.
• Co-Simulations/Multiphysics Techniques.
• Modeling Radiated and Conducted Emission Problems.
• Shielding Effectiveness Modeling.
• Near-Field vs Far-Field Simulations.
• Spice-Based and System Level Modeling of Analog and Mixed-Signal Electronics.
• Frequency-Selective Surfaces, Absorbers and Rasorbers.
• SI/PI Simulation of PCBs.
• Modeling of EMI Issues in Power Electronics.
• Machine Learning in EMI/EMC Problems.
• Modeling of Enclosures and Chambers.
• Electrostatic Discharge (ESD) Simulation.
• EMC-Compliant Electronic Circuits.
• Full-Board EMI Simulations.
• Lightning Surge and Hi-Power Modeling.
• Cable-Harness Analysis and Design.
• Design and Modeling of LISNs and CDNs.
• Electrically Large EMI Problems.