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USB-C charging boards should be a good upgrade. However, the usual Type-C sockets have shell THT pins going through the board, with a thin enough charger board, the shell pins will prevent the board from being flush. This asks for either mid-mount Type-C sockets (can still interfere mechanically + less space for charger components) or for some kind of cutouts to be added to the back board. Possible alternative - adding silkscreen polygons for spots which the user can drill out for a generic Type-C TP4056 board to be mountable flush. Same problem occurs with the bottom Type-C port, and would likely benefit from one of the solutions listed.
The text was updated successfully, but these errors were encountered:
CRImier
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USB-C charging boards - need to add back PCB cutouts/drill markings?
USB-C charging boards/USB-C mod board - need to add back PCB cutouts/drill markings?
Nov 13, 2021
USB-C charging boards should be a good upgrade. However, the usual Type-C sockets have shell THT pins going through the board, with a thin enough charger board, the shell pins will prevent the board from being flush. This asks for either mid-mount Type-C sockets (can still interfere mechanically + less space for charger components) or for some kind of cutouts to be added to the back board. Possible alternative - adding silkscreen polygons for spots which the user can drill out for a generic Type-C TP4056 board to be mountable flush. Same problem occurs with the bottom Type-C port, and would likely benefit from one of the solutions listed.
The text was updated successfully, but these errors were encountered: