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In one of your comments on some other sites, you mentioned that:
"I am hacking/documenting this PSU at https://github.com/slundell/dps_charger . I aim to rebuild it to a fully fledged lab-PSU or charger using an arduino/esp. I have (somehow) managed to work around the UVP. I have some spare cells from an EV project so I tested charging a 16s 20Ah GBS LiFePO4 pack. It happily puts 125A 3.6V through the pack!"
Can you explain how you could bypass OVP to reach low voltages? I'm very interested in getting the low voltages from this power supply. Thank you very much.
The text was updated successfully, but these errors were encountered:
vochong
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Can you please describe how you were able bypass UVP to reach low voltages like 3.6V
Can you please describe how you were able to bypass UVP to reach low voltages like 3.6V
Dec 7, 2020
Hi Simon,
In one of your comments on some other sites, you mentioned that:
"I am hacking/documenting this PSU at https://github.com/slundell/dps_charger . I aim to rebuild it to a fully fledged lab-PSU or charger using an arduino/esp. I have (somehow) managed to work around the UVP. I have some spare cells from an EV project so I tested charging a 16s 20Ah GBS LiFePO4 pack. It happily puts 125A 3.6V through the pack!"
Can you explain how you could bypass OVP to reach low voltages? I'm very interested in getting the low voltages from this power supply. Thank you very much.
The text was updated successfully, but these errors were encountered: