The loops from your resistors to your connectors are largely unnecessary, as a straight down rout would work better.
"the connector on the bottom is NOT ON THE EDGE", but we don't have any context as to what you mean
Try not to use right angles in any of your routs. Try to keep your angles in mutiples of 45°
+1Make your traces as large as you can, but no larger! This keeps the inductance of long traces lower
There are no mounting holes
+1you should try to reduce to total conductor length and leave all the margins on the side
I won't associate the useless trace detours in the original layout with "looking good". Similarly, the second attempt would look better if you route the traces as direct as possible, mitering traces as usual. I don't see the purpose of the large unconnected copper pours.You are right but my obsession was that the PCB trace pattern should look good
There are no mounting holes. How did you plan on mounting the board?
I presume the board should have mounting holes
Pour is used as a ground in the above case.I don't see the purpose of the large unconnected copper pours
If you provide separation for your traces at the bottom, you will be able to pour ground copper between them
+1One more thing - the trace widths for the bottom parts should be increased in width.Increasing the width will greatly reduce this drop
How can i solve this Right angle ?
Which component?The rightmost components need some clean up- the pads are touching OR move the traces.
+1You need to put a text stating some ID/LABEL/MODEL/VERSION/DATE
Which component?
Someone suggested to bevel the "T"
I think all the traces are mitered now
"Miter" means that all traces are routed in multiples of 45°....
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