Part Number: SN75LVPE802 Hi team,
There are two questions about SN75LVPE802
1. What level of DEW2 (pin 6) is recommended to be set when using transfer rate of 3Gbps by SATA? If set to low, what will be the effect on signal function and quality?
2. Is th…
Part Number: SN75LVPE802 Hi,
Please check below 2 questions.
1. Is Threshold detector and squelch timer in below block same as OOB?
This is redriver block diagram from Intel.
2. V(OOB) Input OOB threshold is OOB entry threshold?
3. What does OOB differential…
Part Number: SN75LVPE802 Hi team,
May I know that is there any recommendation placement of AC coupling capacitors at differential inputs and outputs?
What is the range of post-channel length could be?
Is there a minimum and maximum?
Thank you.
Best Regards…
Part Number: SN75LVPE802 Dear expert,
As the datasheet table 1 shown, the SN75LVPE802 incorporates programmable equalization. The user can NC, pull high or pull low the related DE/EQ pins to tune.
What's the requirement of these pin's pull up resistor…
Part Number: SN75LVPE802 Other Parts Discussed in Thread: SN75LVCP601 , Hi Team,
My customer would like to study this devices and please provide SI model (s parameter format) for their doing SI simulation.
Thanks
Part Number: SN75LVPE802
Hi, Could you tell me about the reference circuit on P.1,25,26? "Device" output and TX1 are connected. And its input and RX2 are connected. Is these connection correct? I think we connect the input and TX, and do the output…
Hi,
The Rj RMS failure is not typically associated with a redriver. The redriver is designed to reduce or eliminate ISI jitter due to trace/cable attenuation. It will have very little impact on the overall Rj RMS number. I would expect typical measurements…
