The War Against Noise: "Piercing Through SI/PI/EMI with FrequencyDomain"

💡 Webinar Key Topics
 

• RF and Transmission Line Fundamentals
  Understand the core phenomena that occur when PCB patterns operate as transmission lines at speeds above a certain threshold, and organize the fundamental concepts of SI / PI / EMI analysis.
  – Transmission Line Theory
  – Impedance Discontinuity
  – Crosstalk
  – DGS (Defected Ground Structure) Concept
• High-Speed Digital Signal Analysis (Signal Integrity)
  This section covers methods for interpreting problems in the frequency domain that are difficult to identify from waveforms alone in multi-Gbps environments.
  – Via & Connector Stub Reflection and Resonance Mechanisms
  – Return Loss Increase Analysis
  – Eye Diagram Degradation and Signal Distortion Diagnosis
• Power Integrity Analysis
  This section introduces methods for measuring and interpreting how PDN response characteristics affect system operation in modern device environments with low voltage and high current characteristics.
  – Dynamic Voltage Drop (instantaneous voltage drop during load changes)
  – PDN Resonance (Power Distribution Network Resonance)
  – Decoupling Design Problem Diagnosis
• EMI / RF Problem Analysis
  This section explains how to approach EMI issues from a system-wide perspective that extends beyond the PCB level to include cables, housings, and structural elements.
  – System-level EMI Diagnosis
  – Self-Interference Analysis
  – EMC Compliance Strategy

 

---

👀 Recommended for the Following
 

✔️ Hardware engineers responsible for high-speed digital design, power design, and EMC compliance
✔️ Developers who want to understand SI / PI / EMI issues holistically rather than individually
✔️ Practitioners seeking to master frequency domain-based debugging methods using oscilloscopes and measurement equipment
✔️ Verification engineers who want to reduce issues by incorporating measurement and validation strategies from the early design stage
 

---

SI / PI / EMI issues are no longer separate concerns that can be addressed independently.
Through this webinar, gain insight into how to diagnose complex hardware problems from a system perspective, and learn practical strategies for identifying root causes through frequency domain-based measurement and analysis.