diptrace pcb push component to other side

I did have to go with a full size PCB in order to fit everything onto a single PCB side but I figured 3D printed case would be ok. Even better, all passives retained their 0805 size. A type-C connector was a pain in the butt to hand solder and 0.5 mm microcontroller and UART controller were close to follow. While most of LEDs had to go due to the lack of space, the programmatically-controlled bus termination thankfully remained.Īfter much jiggling of components in order to fit them, all was done. It was immediately clean that I couldn't support a fully insulated interface as there was no chance to fit all components. Since I already have a CAN bus USB controller, I figured to just make everything a bit smaller while retaining as much features I could.

Fortunately, due to KiCAD using a (relatively speaking) simple human-readable file format, I managed to create a DipTrace PCB template. Those using other PCB software are kinda out of luck as board description is not sufficient to replicate all the curves board has. In there you'll find KiCAD templates for creating your own PCB and a bunch of a mechanical drawings in addition to an enclosure suitable for 3D printing. Can I fit a CAN bus interface there?Īll resources for expansion cards are part of a reasonably structured GitHub repository. However, I couldn't help but notice their developer program for expansion cards. As I use a laptop screen as my primary visual interface most of the time, I simply find 13' a tad bit too small. I find the Framework laptop an interesting concept and the only thing preventing me from buying one was the fact there's no 15' model.

Diptrace pcb push component to other side