OK.... I get that. I think.
So how is iLeaf different from all those other vv and vv/vw devices I'm familiar with (eGo Twist, Spinner, MVP2, Provari, Sigelei Zmax)??? It's been my understanding that when I select a certain voltage or wattage on those devices, that's the voltage/wattage I get from the beginning to the end, not matter what the battery's remaining voltage is. Am I wrong?
Sorry I'm so dense.
This is Yet to be Shown. Because I haven't seen Anyone scope it and show what the Output is. I think when Phil does his review, that all the Guessing and Supposing will End.
You not Dense. Far From it. But where I think the Confusion comes from what is how something like 3.0 Volts is Defined.
To Most people, when they see the Screen display 3.0 Volts (or Any Voltage), they think that the APV is outputting Constant 3.0 Volts. But that isn't how Some APV output Voltage.
They Output Voltage by Outputting a Higher Voltage for a Very Short Period of Time, then they Output No Voltage for a Very Sort Period of Time. When you "Average" this On/Off you get the Displayed Voltage.
How Well they do this depends on a Lot of Factors. But a Big One is what is the Difference between the High Voltage and the Desired Voltage.
I'm just Guessing and Supposing so don't take this as Fact. But it Wouldn't surprise me if the iStick is Always sending 5.5 Volts (the Max iStick voltage) to the 510 Connector. When the Display is Set to 5.5 volts, it sends a constant 5.5 volts. But as you iStick is set to Lower and Lower Voltages, it just starts doing On/Off. 5.5 Volts On and then a Period of No Voltage.
The Part you mentioned about the Hit Remaining the Same No Matter what the Battery Voltage is should be Correct.
Now Whether or Not the Hit at 3.0V on the iStick is the Hit you are Expecting, or if it is the Same as the Hit you receive on Another APV, that is what is in Question by people here.