PCB Signal Analysis and Crosstalk Prevention: Understanding Field Behavior and Design Optimization

PCB Signal Analysis and Crosstalk Prevention: Understanding Field Behavior and Design Optimization

Robert Feranec via YouTube Direct link

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PCB Signal Analysis and Crosstalk Prevention: Understanding Field Behavior and Design Optimization

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  1. 1 00:00 What is this video about
  2. 2 00:32 Fields for THICK 2 Layer PCB 1mm / 40mil
  3. 3 04:47 Fields for THIN 2 Layer PCB 0.1mm / 4mil
  4. 4 08:44 Fields size compared 1mm vs 0.1mm
  5. 5 09:11 Crosstalk, fields, currents for 2 Layer PCB two tracks
  6. 6 16:56 Currents in track
  7. 7 21:24 Comparing crosstalk in numbers 2 layer PCB
  8. 8 27:43 Crosstalk for 5W gap between tracks
  9. 9 35:45 About Simbeor simulation software
  10. 10 40:57 Fields inside of PCB for one track
  11. 11 45:00 Fields size compared symmetrical vs. not symmetrical
  12. 12 45:52 Crosstalk, fields, currents inside of PCB for two tracks
  13. 13 49:25 Comparing crosstalk in numbers inside PCB
  14. 14 56:29 Comparing 2 layer vs inside PCB crosstalk for 5W
  15. 15 1:00:44 Animation of signal travelling through track
  16. 16 1:04:54 Animation - Moving tracks further from each other
  17. 17 1:07:14 Signals running through both tracks
  18. 18 1:10:14 Adding GND track with 2 vias between tracks
  19. 19 1:12:12 Adding many vias only
  20. 20 1:13:37 Adding many vias and track
  21. 21 1:17:12 Importing a real board to Simbeor and analyzing crosstalk

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