Hi. Please check any wrongs here :
- For a cell to be left permanently on trickle charge, do not exceed 0.05 C current
- For a cell to be left permanently on trickle charge, do not exceed 1.40 Volts
- For a series of many cells (battery) to be left permanently on trickle charge (until needed), do not exceed 0.05 C current.
- For a series of many cells (battery) to be left permanently on trickle charge, no cell should go beyond 1.40V, and no cell should be under 1.00 V after one hour of recharging.
- A cell that goes open in a battery does not harm the others during charging.
- A cell that goes shorted in a battery during recharge will harm many or all others in the series.
- NiMH cells are to be recharged on constant current with voltage limiting.
- Cells do not need to be charged to the maximum of their capabilities/capacity.
- Undercharged cells do not go bad.
- Discharged cells do not go bad.
- Cells exposed to reverse voltage do go bad.
- For a cell to be left permanently on trickle charge, do not exceed 0.05 C current
- For a cell to be left permanently on trickle charge, do not exceed 1.40 Volts
- For a series of many cells (battery) to be left permanently on trickle charge (until needed), do not exceed 0.05 C current.
- For a series of many cells (battery) to be left permanently on trickle charge, no cell should go beyond 1.40V, and no cell should be under 1.00 V after one hour of recharging.
- A cell that goes open in a battery does not harm the others during charging.
- A cell that goes shorted in a battery during recharge will harm many or all others in the series.
- NiMH cells are to be recharged on constant current with voltage limiting.
- Cells do not need to be charged to the maximum of their capabilities/capacity.
- Undercharged cells do not go bad.
- Discharged cells do not go bad.
- Cells exposed to reverse voltage do go bad.