Mechanically Stable Attachment of RC Servos to Microcontroller GPIO Pins and External Power
To make the experience fit your profile, pick a username and tell us what interests you.
We found and based on your interests.
NOTE: Trim the ground header really short on each end if you need to use the power rail headers that interfere. Then after soldering clip those short.
Put the servo header rows into a breadboard upside down, then put the PCB over them (again upside down, the servo headers go on top of the PCB), and shake it a bit to level it all out. Solder one pin on one row, check it's flat, then solder the rest.
This goes on the bottom.
Install the board with the signal header down into the breadboard and look through the holes over the power rail to see which ones line up. Pull it up, insert 2x1 pin headers in those locations (or location) and then put the PCB back down and solder the other side.
Create an account to leave a comment. Already have an account? Log In.
Have done something pretty similar in past using perf /vero board, this is much neater. I am going to order up a batch of boards for the next project . Nice work, thanks
I had previously made one with a 3x5 header (yes, they do make 3 wide headers) and the soldering was soooo hard I decided I didn't want to do that again. LOL. I also wanted to tie in the power bus or external battery pack.
If you make one, I'd love to see a picture of it.
Become a member to follow this project and never miss any updates
I used these at a workshop I gave at a SteamPunk convention; trying to get costumers into using servos for animation of physical objects via the SDMG Bot.
https://docs.google.com/presentation/d/1CeP5DSfR2xFZyUt2vdPWOcWJbTkmyCsVTNZQbRQhnUI/edit#slide=id.g879ee6e074_1_639