1. SpecctraQuest Simulation Winter 2003/4 Final Presentation Date : 22.4.2004 Student : Kobi Ochayon Supervisor : Boaz Mizrachi

2. Project Goal Simulate lab ’ s experiment board lines with HSDS phenomena on SpecctraQuest

3. Project steps A. Learning B. Simulating C. Comparing

4. Step A - Learning Learning and understanding how the simulator works and its abilities. Performing the current HS experiment. Participate in HSDS course and learn the high speed phenomena in digital systems

5. Step B - Simulating Effects of trace lengths. Effects of via. Effect of high cross-talk Effects of differential trace mis-matches Effects of stubs and SMA connectors on signal integrity.

6. Effects of trace lengths ShortMediumLongVery long 1’’10’’40’’60’’ Simulation modelcomparediff

7. Multi-via trace Reflections Equivalent inductance and capacitance model Simulation results

8. Crosstalk simulation 10 ’’ long trace (4 mil spacing) oscillator driven trace – 125MHz modelSimulation results

9. Mismatch simulation 10 ’’ long trace 1 ’’ skew between the differential pair model results

10. Connector simulation SMA connectors 30 ’’ coax cable 2 ’’ trace to SMA model results

11. Step C – Comparing with Hyperlynx results Trace length Trace length (short,medium,long,very-long)shortmediumlongvery-long Multi-via trace (missing) Xtalk Mismatch

12. Comparison summery SpecctraQuestHyperlynx Long tracesNo signal fadingSignal fading XtalkMinor diff between close and far victims Remarkable diff Multi viaComplicated 2 build- mismatchConvincing results convincing results

13. END

14. Beckup Slides

15. Simulation model – effects of trace length back

16. Effects of trace lengths short trace back

17. Effects of trace lengths - medium trace back

18. Effects of trace lengths - medium trace back

19. Effects of trace lengths – long trace back

20. Effects of trace lengths – very long trace back

21. Traces comparison-input back

22. Traces - diff back

23. Multi Via Trace – model back

24. Multi Via - Results back

25. Crosstalk trace- Simulation model back

26. Crosstalk trace – Sim Results back

27. Mismatch model back

28. Mismatch Results input common back

29. Connectors simulation back

30. Connector-results back

31. Hyperlynx-Simulation Model back

32. Hyperlynx-Short trace back

33. Hyperlynx -Medium Trace back

34. Hyperlynx-Long trace back

35. Hyperlynx- Verylong trace back

36. Hyperlynx – Multi via back

37. HyperLynx- Xtalk back Field solver

38. Hyperlynx – Connectors back

39. HyperLynx- Mismatch output input back

40. Xtalk – field solver back