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My understanding is there is no protection for a reverse polarity battery connection in the current design. I think that would be a useful addition since there seems to be no standard for the orientation on the battery connectors (at least the batteries I ordered did not match my adafruit feather).
PS - This project is great!
The text was updated successfully, but these errors were encountered:
Thanks! That's a good point indeed. Most Schottky Diodes would cost ~.4 V though, which lowers the amount of energy that we can pull from a battery by quite a bit. Also, a simple diode would not allow for charging, and confuse the charger IC.
I'll have to come up with a different idea... Maybe just a simple fuse + diode crowbar circuit to prevent the electronics from catching fire.
The charging circuit already has a small flaw (If the board is left for multiple hours/days connected to a charger, with LEDs running, the charger will not correctly determine end of charging, and hold the battery at 4.2V which will damage it over time). Workaround will be implemented.
My understanding is there is no protection for a reverse polarity battery connection in the current design. I think that would be a useful addition since there seems to be no standard for the orientation on the battery connectors (at least the batteries I ordered did not match my adafruit feather).
PS - This project is great!
The text was updated successfully, but these errors were encountered: