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BrianG · 01.28.2007, 10:18 PM

No matter what it is, it's pretty easy to tell. The current will stay constant while the voltage climbs. When the voltage reaches 4.2v/cell, the voltage stays constant and the current drops. Pretty simple to me.

When using the lipodaptor, it uses pure CC until it hits the volts/cell threshold and simply stops (from what I've read and understand). It's not the charger in this case, it's the adaptor. Maybe that's what is causing the confusion here??

	(#26)
BrianG RC-Monster Admin Offline Posts: 14,609 Join Date: Nov 2005 Location: Des Moines, IA	01.28.2007, 10:18 PM No matter what it is, it's pretty easy to tell. The current will stay constant while the voltage climbs. When the voltage reaches 4.2v/cell, the voltage stays constant and the current drops. Pretty simple to me. When using the lipodaptor, it uses pure CC until it hits the volts/cell threshold and simply stops (from what I've read and understand). It's not the charger in this case, it's the adaptor. Maybe that's what is causing the confusion here??