Yes, any 2.54mm, 8.5mm height, header will work. I typicaly buy 40 pins headers and cut to lenght
Most 5v linear reg would work, just check the pin order and orientation.
JLCPCB probably have many alternates but they are not in the list because the oriention was not verified.
What size are those ethernet holes in teensy. I have 2.54mm male heads. Between holes there is 2mm in teensy. I could cut my 2.54 heads but it seems that they are too big for CN2
They also have to be extra long to reach the female headers. The 2mm headers should just barely stick out past the 2.54mm headers. I think 13 or 15 mm overal length but I would have to check.
If the lower socket is installed, then remove pin from strip and softly push true hole in teensy until they level with board. Then solder them.
I never use other pins. Works great for me.
That’s what I did as well. I think it should be made clearer in the wiki which parts are needed on top of the bom for the board. It is a lot of info to read anyway and these little things can make the difference between smooth and horrible assembly experience.
Hey guys, I’m ordering my parts to build the V4 Micro right now, and i run into a few things.
At JLCPCB most headers aren’t on stock right now, think i can solder those on myself just fine so I want to take them out of the BOM list, but how do i do that? do i need to delete them from the BOM excel file or will JLCPCB take them out of the order automatically?
One of the headers thats not on stock is the 10P-female needed for the F9P micro and Xbee radio, are those the 2mm version or the 2,54mm? I’m looking to get them on Ali in this case
The final part thats out of stock is the ACS712 current sensor, is this SMD? or can I solder this on myself? can’t find it on the board setup picture.
The headers are easy to solder on and if they are out of stock you don’t have to change anything on the BOM if you want them to not be placed there is a spot on JLC where you can select what you want. JLC just won’t put them on. The F9P headers are the 2 mm type. As for the current sensor it is an SMD component but they aren’t a lot harder to solder than trough hole components if you can figure it out.