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Re: Lava Micro FlexDrive Driver (lavadrive2) fits
I believe the instructions provide the answer at 5.5 input maxx at that voltage for the 2x18650's will need to 1n4000
series diode to be used.This would work if batt longevity was the goal.I was reading off the specs sheet itself. Great driver by the
way.[/quote]
I suppose you don't know what running batteries in parallel means When you put 2 batteries in parallel, the voltage stays the same (3.7-4.2v) and the CAPACITY doubles. So instead of having 7.4v at 2500mAh in series, I have 3.7v at 5000mAh in parallel [/quote]
Yer right I dind't read the damn post good enough also was thinking of a carrage set up which would be parallel on polarity but double up in voltage.
Well, I don't understand all this lol. I'm going to be using 2x18650 batteries in parallel. This should be fine, yes?[/quote]HumanSymphony said:[quote author=jander6442 link=1209418066/960#961 date=1239187896][quote author=HumanSymphony link=1209418066/928#938 date=1238190667][quote author=dr-ebert link=1209418066/928#937 date=1238190352]Yes, that'd require about 3A input current. The "rule of thumb" in the manual essentially means the input current should be below 1.2A. So the example you cite is way outside the "operating parameters", thus not possible. I guess the full set of possible input/output V/A combinations has some more limiting conditions (you'd need a 4-dimensional graph to plot the full set).
I believe the instructions provide the answer at 5.5 input maxx at that voltage for the 2x18650's will need to 1n4000
series diode to be used.This would work if batt longevity was the goal.I was reading off the specs sheet itself. Great driver by the
way.[/quote]
I suppose you don't know what running batteries in parallel means When you put 2 batteries in parallel, the voltage stays the same (3.7-4.2v) and the CAPACITY doubles. So instead of having 7.4v at 2500mAh in series, I have 3.7v at 5000mAh in parallel [/quote]
Yer right I dind't read the damn post good enough also was thinking of a carrage set up which would be parallel on polarity but double up in voltage.