SBAA653A October   2024  – April 2025 ADC3641 , ADC3642 , ADC3643 , ADC3661 , ADC3662 , ADC3663 , ADC3681 , ADC3682 , ADC3683 , LMK04368-EP , LMK04832 , LMK04832-SEP , LMK04832-SP , LMX1204 , LMX1205 , LMX1404-EP , LMX1860-SEP , LMX1906-SP , LMX2571 , LMX2571-EP , LMX2572 , LMX2572LP , LMX2594 , LMX2595 , LMX2615-SP , LMX2694-EP , LMX2694-SEP , LMX2820

1.   1
2.   Abstract
3.   Trademarks
4. 1Introduction
5. 2Understanding the Difference Between Phase Noise and Jitter
6. 3Understanding How Phase Noise or Jitter can Affect the ADC Performance
7. 4Understanding Clocking Tradeoffs and What this Means to an ADC's Performance
8. 5Understanding How to Apply Clocking Tradeoffs to Achieve the Desired ADC Performance
9. 6Summary
10. 7References
11.   Appendix A: Choosing a TI Clock Device Based on the TI High-Speed Converter Used
12. 8Revision History

Practical Clocking Considerations That Give Your Next High-Speed Converter Design an Edge