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    Which Integrated Circuit (IC) Controls Low Voltage Cutoff/Protection (LVC/LVP)?

    I don't know whether my controller supports the firmware, don't know if that would remove the LVC, and idk I don't really want to mess with it. I'd rather just change 1 resistor value and call it a day.
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    364Wh 36V A123 LiFePO4 packs w/ case $47@BCH

    Why would you not have the BMS installed inside the battery, similar to this image?
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    DC-DC across battery (for lights, etc) quiescent current

    Using a buck/step down converter across the battery is fine, but I highly recommend adding a fuse (in case of the converter going short-circuit) and a switch (to shutoff the "lights, etc", as well as the buck converter itself) for when they're not in use. I recommend a basic wiring diagram as...
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    Which Integrated Circuit (IC) Controls Low Voltage Cutoff/Protection (LVC/LVP)?

    I'm attempting to use a 36v battery with my 48v ebike controller. I've read from other threads that to decrease a controllers Low Voltage Cutoff/Protection (LVC/LVP), you need to change the resistance of a resistor divider. I, however, was not able to find out which integrated circuit (IC)...
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