How does ADN2812 jitter could not tolerate 0.067 UIp-p synchronizing with 15 MHZ data stream; could ADN2913 tolerate the 0.067 UIp-p at 15MHZ?
ADN2913
Not Recommended for New Designs
The ADN2913 provides the receiver functions of quantization, signal level detection, and clock and data recovery for continuous data rates from 6.5 Mbps...
Datasheet
ADN2913 on Analog.com
ADN2812
Production
The ADN2812 provides the receiver functions of quantization, signal level detect, and clock and data recovery for continuous data rates from 12.3 Mb/s...
Datasheet
ADN2812 on Analog.com
How does ADN2812 jitter could not tolerate 0.067 UIp-p synchronizing with 15 MHZ data stream; could ADN2913 tolerate the 0.067 UIp-p at 15MHZ?
Dear HNL,
Sorry for my typo, it should be 1.3MHz instead of 1.3kHz.
Did you lock on to an input clock signal or a burst mode PRBS type of modulated data signals?
Both ADN2812 and ADN2913 supports continuous mode, PRBS type, NRZ encoded data signals. If your input data signal is a burst mode signal, both ADN2812 and ADN2913 would lost lock easily.
Best Regards,
Dongfeng
Dear HNL,
Sorry for my typo, it should be 1.3MHz instead of 1.3kHz.
Did you lock on to an input clock signal or a burst mode PRBS type of modulated data signals?
Both ADN2812 and ADN2913 supports continuous mode, PRBS type, NRZ encoded data signals. If your input data signal is a burst mode signal, both ADN2812 and ADN2913 would lost lock easily.
Best Regards,
Dongfeng