O'Reilly logo

Stay ahead with the world's most comprehensive technology and business learning platform.

With Safari, you learn the way you learn best. Get unlimited access to videos, live online training, learning paths, books, tutorials, and more.

Start Free Trial

No credit card required

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

Video Description

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

Table of Contents

  1. Overview
    1. Advanced High-Speed Signal Propagation: Overview 00:04:39
  2. Lectures
    1. Purpose of Simulation 00:07:21
    2. Tools for Highly Optimized Work Above 1GHz 00:08:37
    3. Review of Mathematical Fundamentals 00:25:06
    4. Transmission Line Basics 00:36:38
    5. Resistive Effects 00:38:28
    6. Dielectric Effects 00:17:27
    7. TEM Transmission Media 00:14:55
    8. Lumped-Element Behavior 00:10:03
    9. RC Region 00:06:00
    10. Skin-Effect Region 00:11:53
    11. Dielectric-Loss-Limited Region 00:02:39
    12. Measuring Characteristic Impedance 00:08:49
    13. Onset of Non-TEM Behavior 00:04:51
    14. Equalizers 00:34:48
    15. Recieve-Based Equalization 00:01:46
    16. Frequency-Domain Modeling 00:13:53
    17. Scattering Parameters 00:27:09
    18. PCB Traces and Connectors 00:24:47
    19. Potholes 00:19:14
    20. PCB Connectors 00:28:22
    21. Connecting Layers 00:05:07
    22. Inductance of PCB Via 00:31:55
    23. Via Geometry 00:26:02
    24. Dangling Vias 00:31:25
    25. Differential Signaling 00:29:34
    26. Microstrip Geometry 00:01:24
    27. Stripline Geometry 00:02:11
    28. Broadside-Coupled Geometry 00:06:10
    29. Trace Width vs Distance 00:02:13
    30. Differential Receivers Tolerate High-Frequency Losses 00:02:38
    31. Matching to an External Cable 00:03:27
    32. Reducing EMI with Differential Signaling 00:04:32
    33. Visualizing Differential Crosstalk 00:06:57
    34. Breaking Up a Pair 00:05:43
    35. Differential Termination 00:02:26
    36. Changing Reference Planes 00:09:14
    37. Managing Trace Skew 00:05:26
    38. DC Blocking Capacitor Layout 00:09:52
    39. Clock Distribution and Jitter 00:22:34
    40. Serpentine Traces 00:13:25
    41. Hairball Networks 00:27:09
    42. Daisy-Chain Distribution 00:24:05
    43. Frequency Offset, Wander, and Jitter 00:34:26
    44. Jitter Specifications 00:18:32
    45. Words Of Wisdom 00:04:41
    46. Serial Link Architecture 00:31:53
    47. Serial Link Budgeting 00:45:09