Basic Concepts, Development and Applications of EMC and EMI

EMC & EMI essentials: causes, mitigation (shielding, filtering, grounding), immunity testing, and applications from aerospace to consumer electronics.

10 EMC/EMI Design Tips

Practical automotive EMC/EMI techniques: CISPR/ISO overview and 10 design tips to reduce emissions, improve immunity, and pass tests first time.

Why Jittered Clocks Reduce EMI

Learn how spread-spectrum clocking reduces narrowband EMI from PWM and clocks, its principles, effects on EMC measurements and use in buck converters.

Choosing NFC Interface Protection Components

Guide to antenna ESD protection for IoT/NFC: choose tiny, low-capacitance (<1pF), proper voltage/bidirectional, 8kV robustness; ULC1811CDN example.

EMC Fundamentals & PCB Layout Principles

Explore Electromagnetic Compatibility (EMC) standards and testing. Understand EMI/EMS tests, key regulations (IEC, FCC), and fundamental principles.

Three Key EMC Principles to Master

Learn practical EMC troubleshooting: identify power, clock, and ground causes, analyze coupling paths, and apply cost-effective fixes.

EMC/EMI Troubleshooting: 55 Key Q&amp;A

Comprehensive EMC design Q&A: PCB layout, grounding, filtering, shielding, decoupling, and practical EMI mitigation tips for compliant products.

Why Weak Signals Increase Phone Radiation

Uncover the truth about mobile phone radiation. Learn about health risks, why weak signals increase exposure, and how it compares to 5G base stations.

Practical EMC Design for Buck Converters

Master buck converter EMI reduction. Learn to manage hot loops, optimize PCB layout, apply filtering, and use snubber circuits to minimize radiation.

Automotive EMC Test Requirements

Automotive EMC guide: standards, test requirements, coupling mechanisms and vehicle-level design tips to ensure EMI compliance.