This document provides an agenda for a presentation on signal integrity that includes: defining signal integrity and why it is important; methods for signal integrity analysis including analytical, measurement, and simulation; modeling transmission lines and reflections; analyzing power planes and power integrity; and characteristics needed for successful signal and power integrity analysis and system design. Examples are provided throughout to illustrate key concepts.
20. “ Electrical Design” means “Performance Estimation” based on Accurate Characterization, Modeling, and Simulation !! System Design for Signal Integrity Verification * Ref : Gigalab Hanyang Univ.
21. Impedance Analyzer RF Probe Station TDR/TDT VNA Network Analyzer - High-Freq. S-Parameter - Freq.-Variant Parameters - Signal Transient Char. Impedance Analyzer - Low-Freq. Impedance - Capacitance - Long Line Inductance TDR/TDT - Time-Domain Reflection - Time-Domain Trans. - Discontinuity Charac. Measurements System Set-Up * Ref : Gigalab Hanyang Univ.
22.
23.
24.
25.
26.
27. Think from example (H-Tree) Item TL0 TL1, TL2 TL3~TL6 Z 0 ( Ω ) 51 70 110 Length (mm) 470 30 26 TL0 DRV TL3 RCV A TL4 RCV B TL5 RCV C TL6 RCV D TL1 TL2