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Overview:
Controlling jitter is essential for successful design of high-speed of systems. In our previous web seminar on signal integrity, Dr. Howard Johnson explained the fundamentals of jitter in the context of a timing budget. In our fourth web seminar in this series, Dr. Howard Johnson expands on this subject with an advanced treatment of jitter, discussing sources of additive jitter, such as crosstalk, ringing, and power supply noise. He also discusses design techniques to mitigate these effects. You will learn:
- The sources of additive jitter and its effect on system performance
- The impact of crosstalk, skew in differential signals, and power supply filtering on jitter
- Design practices to control jitter and build robust interfaces
- How innovative Virtex-4 technology manages jitter at the chip level and simplifies system design
Who Should Attend
- ASIC and FPGA engineers
- Designers of complex, high-performance systems
- System architects
- Engineering or technical managers
Presented by:
Dr. Howard Johnson
One of the foremost authorities on Signal Integrity, with over thirty years of experience in the field, Dr Howard Johnson is the author of "High-Speed Digital Design: A Handbook of Black Magic", considered to be a must-read for all engineers building a high-speed system.
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