Advanced High-Speed Signal Propagation (Video Lectures): More Black Magic

Table of contents

1. Overview
   1. Advanced High-Speed Signal Propagation: Overview
2. Lectures
   1. Purpose of Simulation
   2. Tools for Highly Optimized Work Above 1GHz
   3. Review of Mathematical Fundamentals
   4. Transmission Line Basics
   5. Resistive Effects
   6. Dielectric Effects
   7. TEM Transmission Media
   8. Lumped-Element Behavior
   9. RC Region
   10. Skin-Effect Region
   11. Dielectric-Loss-Limited Region
   12. Measuring Characteristic Impedance
   13. Onset of Non-TEM Behavior
   14. Equalizers
   15. Recieve-Based Equalization
   16. Frequency-Domain Modeling
   17. Scattering Parameters
   18. PCB Traces and Connectors
   19. Potholes
   20. PCB Connectors
   21. Connecting Layers
   22. Inductance of PCB Via
   23. Via Geometry
   24. Dangling Vias
   25. Differential Signaling
   26. Microstrip Geometry
   27. Stripline Geometry
   28. Broadside-Coupled Geometry
   29. Trace Width vs Distance
   30. Differential Receivers Tolerate High-Frequency Losses
   31. Matching to an External Cable
   32. Reducing EMI with Differential Signaling
   33. Visualizing Differential Crosstalk
   34. Breaking Up a Pair
   35. Differential Termination
   36. Changing Reference Planes
   37. Managing Trace Skew
   38. DC Blocking Capacitor Layout
   39. Clock Distribution and Jitter
   40. Serpentine Traces
   41. Hairball Networks
   42. Daisy-Chain Distribution
   43. Frequency Offset, Wander, and Jitter
   44. Jitter Specifications
   45. Words Of Wisdom
   46. Serial Link Architecture
   47. Serial Link Budgeting