With a voltmeter it's still inaccurrate compared at lower wattages so wouldn't expect any differences so someone must scope it later on either way.
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I dunno someone is going to have to hook this thing up to a scope to really see whats going on.
Assuming it uses no modulation you can reach 50w if you carry around a backpack of MNKE's connected to it, results are still negligible with this many batteries and I find it rather peculiar that it sag much more just by coiling resistance lower, to a point it will barely light up.. oh we'll, here's the results on my device at least.
dual coil 0.31 ohm
internal meter set @100w @5.5v - external meter 3.19v 32w
dual coil 0.31 ohm with external sled of 2 extra MNKE's
internal meter set @100w @5.6v - external meter 3.36v 36w
single coil 1.07 ohm
internal meter set @100w @9.3v - external meter 7.0v 45w
single coil 1.07 ohm with external sled of 2 extra MNKE's
internal meter set @100w @9.3v - external meter 7.35v 50w
Actually the numbers you're quoting sound pretty close to right with averaging. In a pure sine wave 9.3v will be 6.58v average. (peak * 1/sqrt(2)). 5.5v will be 3.89v average. Again, that's on a pure sine wave. It's impossible to calculate on a PWM square wave without knowing the frequency. Regardless it sounds to me like it's probably outputting exactly what it says it is.
I still can't figure out why the resistance on the screen keeps flashing at me with a 0.30 ohm atty at 75 watts? In the instructions it says if that is flashing you need to turn it up well I went all the way to 100 watts and its still flashing? lol It really seems like there is some kind of miss-communication between the display and the cpu!
Sounds glitchy as hell. What is the lowest the t6 fires at?
7 watts 3.6v
My bad I meant ohm reading.
Every time I got to Jwraps site I don't see the T6 listed??
Edit: Never mind I just looked again and its there now. lol
What is the tempature cut off on this mod?