Just wondering, how thick pcb is preferable? 1.6, 2.0 or 2.4 mm? Personally I think it would be good with a bit thicker pcb, like 2.0 mm.
I think the new lead free component has a part number of 531302B02500.
Jim
housing said:Hi P-A,
One last question before I join the group buy, where can I find the specification of the heatsink 6100BG Aavid? Sometimes it may be extremely difficult to locate suitable heatsinks for putting onto a custom-made PCB.
Thanks.
Jim
peranders said:Just wondering, how thick pcb is preferable? 1.6, 2.0 or 2.4 mm? Personally I think it would be good with a bit thicker pcb, like 2.0 mm.
P-A
My preference is for 2mm minimum.
Wiki updated to include my boards.
Thanks!

peranders said:Just wondering, how thick pcb is preferable? 1.6, 2.0 or 2.4 mm? Personally I think it would be good with a bit thicker pcb, like 2.0 mm.
I would prefer 2.4 mm, 2.0 mm minimum.
I'm in for 2 boards. Wiki updated.
😀
Per,
Maybe it has already be asked, but what is the diameter and pitch of the snap in type eletrolytics?
I'm thinking that 40mm diameter is the best way to go - IMHO
\\\Jens
Maybe it has already be asked, but what is the diameter and pitch of the snap in type eletrolytics?
I'm thinking that 40mm diameter is the best way to go - IMHO
\\\Jens
Board thickness: 2mm is fine
Screw holes: M3 is fine
Please confirm the dimensions as the 7.2" seems too wide.
Thanks
Jim
Screw holes: M3 is fine
peranders said:Prel. dimensions of the board is 7.2 x 8 ".
Please confirm the dimensions as the 7.2" seems too wide.
Thanks
Jim
Jim, 4 x 40 mm caps = 170-180 mm With the caps in a row you'll get a different shape but if you'll have some max dimensions, let me hear it.
Is it necessary with 4 caps per rail? Double rectifiers need 170 mm if they are place vertically.
Jens, BHC 15000 uF / 63 V Regular 10 mm snap-in will also fit.
Is it necessary with 4 caps per rail? Double rectifiers need 170 mm if they are place vertically.
Jens, BHC 15000 uF / 63 V Regular 10 mm snap-in will also fit.
Actually now that I think about it, 7.2" * 8" is probably a better size for me than the original 3.55"x11". Thanks for your efforts.
Jim
Jim
JimT said:Actually now that I think about it, 7.2" * 8" is probably a better size for me than the original 3.55"x11". Thanks for your efforts.
Jim
Same here...

The pcb is rather universal and the disadvantage is a bit larger board if you'll don't need all fetaures. Is series inductor/resistor really necessary? How many vote for this feature?
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