Introduction to EMI/EMC and Power Integrity for Hardware Engineers скачать в хорошем качестве

Introduction to EMI/EMC and Power Integrity for Hardware Engineers

High-Speed Signal Integrity and Power Integrity: A Comprehensive Overview This video provides an in-depth exploration of high-speed signal integrity and interconnects, a crucial area for anyone involved in chip, hardware, or PCB design. Key Topics Covered: Defining High-Speed Signals: Understand the criteria that define high-speed signals, including clock frequencies and rise times. Signal Integrity (SI) Challenges: Explore the primary categories of SI problems, including noises, crosstalk, and timing mismatches. Noises: Learn about different types of noise, such as ringing, ground bounce, reflections, switching noise, and power bounce. Crosstalk: Understand the mechanisms behind crosstalk, including near-end (NEXT) and far-end (FEXT) crosstalk. Signal Degradation: Examine how factors like load capacitance, non-monotonicity, and attenuation can impact signal quality. EMI/EMC: Discover the principles of electromagnetic interference and compatibility, and how to ensure your designs are compliant. Timing Mismatches: Learn about setup and hold violations, and their potential consequences like metastability and data corruption. Signal and Power Integrity Issues: Gain a broad understanding of the extensive list of 25 common SI and PI challenges.