Sir, my question is regarding interconnect, instead of using a single victim can be have multiple victim below aggressor. Let me explain using an example if you have one agrressor and four victim below aggressor can this aggressor have coupling with all four victims or crosstalk occurs in all four victims due to this aggressor???????
The agressor will have coupling capacitance with all 4 but the maximum effect will be seen by the victim nearest to it. The others will also effected but much less due to the agressor. There is a chance though that due to the proximity with the 1st victims signal being effected the next victim signal gets effected and so on down the line. Hence if you have a case like this you do group shielding for the entire bunch. I hope it helps
how coupling capacitance reduces when propagation of signal in parallel nets is opposite as compared to same direction propagation
Sir, my question is regarding interconnect, instead of using a single victim can be have multiple victim below aggressor. Let me explain using an example if you have one agrressor and four victim below aggressor can this aggressor have coupling with all four victims or crosstalk occurs in all four victims due to this aggressor???????
The agressor will have coupling capacitance with all 4 but the maximum effect will be seen by the victim nearest to it. The others will also effected but much less due to the agressor. There is a chance though that due to the proximity with the 1st victims signal being effected the next victim signal gets effected and so on down the line. Hence if you have a case like this you do group shielding for the entire bunch.
I hope it helps
Very nice