We need to carry high currents on a PCB, so we are likely to
order our PCBs with high copper thickness. So far we've only
used 35 microns in our designs, so high thickness for us means,
70 or 105.
I would still suggest to solder copper wire on top of the trace for you.
avonchia
10/26/2016 4:19:32 PM
The best solution of these questions is the PCB vendor that you have
selected. Different PCB vendors excel at different types of boards:
some are great at high speed, tight tolerances; others are good at
high power applications.
j.rattanavongsa
10/17/2016 2:46:29 PM
I think 105μ is the thickest you can get, but I do not know why you
wouldn't get it on inner layers. A PCB is just a stackup of
epoxy, copper and glass fiber. You can play with thickness at will.
Micha.R
10/1/2016 8:29:04 AM
I have learned a lot from your article. Quite useful and impressive info.
Sinan Gunay
11/10/2016 3:30:18 AM
I would still suggest to solder copper wire on top of the trace for you.
avonchia
10/26/2016 4:19:32 PM
The best solution of these questions is the PCB vendor that you have selected. Different PCB vendors excel at different types of boards: some are great at high speed, tight tolerances; others are good at high power applications.
j.rattanavongsa
10/17/2016 2:46:29 PM
I think 105μ is the thickest you can get, but I do not know why you wouldn't get it on inner layers. A PCB is just a stackup of epoxy, copper and glass fiber. You can play with thickness at will.
Micha.R
10/1/2016 8:29:04 AM
I have learned a lot from your article. Quite useful and impressive info.