d123
Advanced Member level 5
Hi,
This datasheet shows that a 3V, 100mA Vanadium Rechargeable Lithium battery, VL3032, has a constant drain current of 200uA. That is what it means, isn't it, no more than 200uA continuously?
So ~2 to 3mA for let's say 12 hours "on time" whilst being recharged, then maybe 1.5mA during "off time" is not an option for that battery?
I'd expected a couple to a few mA at least for constant discharging into a load, especially comparing to a couple of different make Ni-MH 3.6V ~160mA, one can be discharged at about 32mA continuously. Why the difference, the paralleling of 1.2V cells in the Ni-MH ones?
Thanks.
This datasheet shows that a 3V, 100mA Vanadium Rechargeable Lithium battery, VL3032, has a constant drain current of 200uA. That is what it means, isn't it, no more than 200uA continuously?
So ~2 to 3mA for let's say 12 hours "on time" whilst being recharged, then maybe 1.5mA during "off time" is not an option for that battery?
I'd expected a couple to a few mA at least for constant discharging into a load, especially comparing to a couple of different make Ni-MH 3.6V ~160mA, one can be discharged at about 32mA continuously. Why the difference, the paralleling of 1.2V cells in the Ni-MH ones?
Thanks.