I have quick question when running batteries in series does the amps stack 2 18amp bat in series do they give you 36 amps or 18. I am pretty sure its 18 but I thought I would ask
Yep nice that work I just need to refresh my memory I was doing this stuff in high school and I 53 year old now so I am a bit rusty I just wanted to double check my memory
In series the mAh will be the same as one battery by itself, in parallel you double the mAh.
In a mech, yes. But in a regulated box, no. In a regulated box, you should get more mAh than a single battery alone, because you've got more standing voltage (full charge = 8.4v), thus less Amp draw, and thus more runtime.
In a mech, yes. But in a regulated box, no. In a regulated box, you should get more mAh than a single battery alone, because you've got more standing voltage (full charge = 8.4v), thus less Amp draw, and thus more runtime.
Series vs parallel relationship is the same if using a regulated or unregulated device.
Series vs parallel relationship is the same if using a regulated or unregulated device.
True but you're still getting double the Wh either way.Series vs parallel relationship is the same if using a regulated or unregulated device.
Well of coarse, but many on this forum are confusing watt-hours and milliamp-hours.True but you're still getting double the Wh either way.
So say, if one had a mechanical box mod wired in series, thus doubling the voltage...
what happens to the max continuous amp draw? Does it also double?
If you plug in 8.4 V and .3 ohm, you get a 28 A draw, and 235.2 W
So, would two MNKE 20 A max continuous, wired in series, have a 40 A max continuous limit?
Something tells me I've got this wrong.