I suppose you have already found the answer as there're plenty of examples if you put this string in a search engine. For others reading this - this is a very important point and not following it will create EMI and signal integrity issues. Try to avoid splitting ground/power planes when possible. For the right angle trace turns - previously there used to be etching problems but now the main concern is --fast electrons will derail-- sharp edges act as emitting antennas, so again EMI and signal integrity issues especially for fast signals.
Excellent info.
Could you please share a video with a demonstration for USB2.0 routing?
Excellent thanks.
Has to be SHIELD on USB connector of connected PCB to PC grounded ? Thank you
It is mentioned 8ps delay for 5 mils mismatch is acceptable for USB 3.0, but it is actually 1 ps delay for 5 mils.
"Taking care not to route at right angles over power plane splits" Can someone give an example for this case?
I suppose you have already found the answer as there're plenty of examples if you put this string in a search engine. For others reading this - this is a very important point and not following it will create EMI and signal integrity issues. Try to avoid splitting ground/power planes when possible. For the right angle trace turns - previously there used to be etching problems but now the main concern is --fast electrons will derail-- sharp edges act as emitting antennas, so again EMI and signal integrity issues especially for fast signals.
Good video but your microphone could do with a pop shield on your microphone.
resistencia o impedancia ??
Slideshow not clear to view. Please re upload the slides
#first
Nobody cares
@@matzmatz4148 then why did you replied???