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Chapter 6: Sequential Logic Design Contemporary Logic Design Prof. Heung-Kyu Lee Department of Computer Science KAIS

Chapter Overview. Sequential Networks Simple Circuits with Feedback R-S Latch J-K Flipflop Edge-Triggered Flipflops Timing Methodologies Cascading Flipflops for Proper Operation Narrow Width Clocking vs. Multiphase Clocking Clock Skew Realizing Circuit

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Chapter 6: Sequential Logic Design Contemporary Logic Design Prof. Heung-Kyu Lee Department of Computer Science KAIS

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    1. Chapter #6: Sequential Logic Design Contemporary Logic Design Prof. Heung-Kyu Lee Department of Computer Science KAIST Spring 2000

    2. Chapter Overview

    3. Sequential Switching Networks

    4. Sequential Switching Networks

    5. Sequential Switching Networks

    6. Sequential Switching Networks

    7. Sequential Switching Networks

    8. Sequential Switching Networks

    9. Sequential Logic Networks

    10. Sequential Logic Networks

    11. Sequential Switching Networks

    12. Sequential Switching Networks

    13. Sequential Switching Networks

    14. Sequential Switching Networks

    15. Sequential Switching Elements

    16. Sequential Switching Networks

    17. Sequential Switching Elements

    18. Sequential Switching Networks

    19. Sequential Switching Networks

    20. Sequential Switching Network

    21. Sequential Switching Networks

    22. Sequential Switching Network

    23. Sequential Switching Networks

    24. Timing Methodology

    25. Timing Methodologies

    26. Timing Methodologies

    27. Timing Methodologies

    28. Timing Methodologies

    29. Timing Methodologies

    30. Timing Methodologies

    31. Timing Methodologies

    32. Timing Methodologies

    33. Realing Circuits with Different Kinds of FFs

    34. Realizing Circuits with Different Kinds of Flipflops

    35. Realizing Circuits with Different Kinds of Flipflops

    36. Realizing Circuits with Different Kinds of Flipflops

    37. Metastability and Asynchronous Inputs

    38. Metastability and Asynchronous Inputs

    39. Metastability and Asynchronous Outputs

    40. Metastability and Asynchronous Inputs

    41. Metastability and Asynchronous Inputs

    42. Metastability and Asynchronous Inputs

    43. Self-Timed and Speed Independent Circuits

    44. Self-Timed and Speed Independent Circuits

    45. Self-Timed and Speed Independent Circuits

    46. Self-Timed and Speed Independent Circuits

    47. Self-Timed and Speed Independent Circuits

    48. Chapter Summary

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