Aug 23, 2021 #1 H hioyo Advanced Member level 4 Joined Aug 18, 2021 Messages 116 Helped 0 Reputation 0 Reaction score 2 Trophy points 18 Activity points 899 Dear Team, For near-end crosstalk, we know that inductive and capacitive coupled current going in the same direction. But after some length, the near-end crosstalk amplitude becomes constant(Crosstalk saturation). May I know how it is happening? Regards HARI
Dear Team, For near-end crosstalk, we know that inductive and capacitive coupled current going in the same direction. But after some length, the near-end crosstalk amplitude becomes constant(Crosstalk saturation). May I know how it is happening? Regards HARI
Aug 23, 2021 #2 H hioyo Advanced Member level 4 Joined Aug 18, 2021 Messages 116 Helped 0 Reputation 0 Reaction score 2 Trophy points 18 Activity points 899 I am referring to a microstrip PCB transmission line. I simulated using Hyperlynx .I keep on increasing the trace length . After some time what I observed is near end crosstalk amplitude is constant. It is not varying with trace length. Upvote 0 Downvote
I am referring to a microstrip PCB transmission line. I simulated using Hyperlynx .I keep on increasing the trace length . After some time what I observed is near end crosstalk amplitude is constant. It is not varying with trace length.