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@kinetic-joules-Qk9kmk • Jul 2, 2008
@reachrkata-FOcqhH • Jul 2, 2008
@umashankars-e0XF3M • Jul 2, 2008
@Ash • Jul 2, 2008
Traces are those copper (or other conductors) tracks you find on Printed Circuit Boards. umashankar's question was basically asking why the copper tracks at are 90[sup]o[/sup] (right angled) produces "cross talk" and "noise" in PCBs.KENETIC_JOULESUmm. . . can you please clarify your question?
Do you have any waveforms or simulation results if any to justify answer or else if snapshots thats enoughI believe you can try finding those in IEEE journal papers 😀
@just2rock-DkmPtO • Jul 3, 2008
we in CE is here to support with technical knowhows we have and help query generators get his solutions here in CE only,not to bypass it to some journals,which in return shall prove our weakness Ash:!:ashI believe you can try finding those in IEEE journal papers 😀
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@Ash • Jul 3, 2008
Haha, I understand your point. However, the reason I gave the IEEE journals was because he requested for waveforms or simulation results regarding the effect of a 90 degree trace with HF signals. Those journals are not limited to industry professionals and PhD engineers; they are good resources even for students.just2rockwe in CE is here to support with technical knowhows we have and help query generators get his solutions here in CE only,not to bypass it to some journals,which in return shall prove our weakness Ash:!:
@Ash • Jul 3, 2008
@kinetic-joules-Qk9kmk • Jul 3, 2008
Thanks! I'm still relatively new to all of this.ashTraces are those copper (or other conductors) tracks you find on Printed Circuit Boards. umashankar's question was basically asking why the copper tracks at are 90[sup]o[/sup] (right angled) produces "cross talk" and "noise" in PCBs.
