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Curious to know how everyone is providing power to the icesugar-pro. When connected to USB-C on the board itself, USB power becomes the 5V line to power everything. If you are designing another board that the IS-pro plugs into that provides its own 5V, you now have competing 5V sources if you leave the USB-C connected to a computer (for programming). I didn't want to use barrier diodes due to the voltage drop so decided to use a short USB-A to USB-C connector that provides the baseboard 5V when plugged in, and to use the USB/computer power to power everything when programming. I don't like the extra cable requirement, but it does work. I considered voltage selectors, but those would really need to be on IS-pro board itself and choose a voltage source from the USB-C or from an unused pin(s) on the SODIMM pins used as an input.
The text was updated successfully, but these errors were encountered:
if there are two 5V power supplies supplying power at the same time, there will generally be no problem, or you can also unplug the module during programming
Curious to know how everyone is providing power to the icesugar-pro. When connected to USB-C on the board itself, USB power becomes the 5V line to power everything. If you are designing another board that the IS-pro plugs into that provides its own 5V, you now have competing 5V sources if you leave the USB-C connected to a computer (for programming). I didn't want to use barrier diodes due to the voltage drop so decided to use a short USB-A to USB-C connector that provides the baseboard 5V when plugged in, and to use the USB/computer power to power everything when programming. I don't like the extra cable requirement, but it does work. I considered voltage selectors, but those would really need to be on IS-pro board itself and choose a voltage source from the USB-C or from an unused pin(s) on the SODIMM pins used as an input.
The text was updated successfully, but these errors were encountered: