KingPin!
In my defence, I was left unsupervised ^^
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I have a few mods with this feature on but really want to understand how bypass works on a regulated mod
My understanding as of now is
It makes the mod act much like a mech in that it will output available Voltage batteries have left bypassing any bucking or boosting properties
As such should I should treat it using a mechs version of ohms law where resistence of the coil is important
But this is where I get lost because if that was the case it would be putting phenomenal wattage on a series mod?
So let me work this through I'm using the Aspire Speeder 200w max output using the A5 coil in the Athos tank (0.16ohm). It's series 2x 18650 (8.4v)
8.4v batteries in series (let's take away Sag and Voltage drop) and say 7v as working example under load
If it was proportional to the resistence of the coil wattage would be
Voltage x Voltage / resistence
7 x 7 / 0.16 = 306.2W
But that breaches the max output of the mod right? I do know it hits like a truck though at full charge!
When I'm in Voltage mode the max It will let me go is 5.58v with the 0.16ohm coil So that's 194.6w using the above ....bypass is definitely hitting harder though but not by much
So I'm concluding here bypass you are still limited to the mods chip specs and max output settings
Also another thing I want to understand is are things like Short circuit, low battery cut off, shorted atomizer, and low atomizer resistance Definitely still enabled in bypass mode?
If so bypass is pretty much a Variable Voltage mode on a regulated mod that tracks the battery life and power diminishes over time instead of trying to maintain wattage
but I do wonder how amp draw works here do I still use the low battery cut off as the highest amp drain or full charge for bypass mode?...I'm assuming at the moment it's low battery cut off still
What do other people think?
My understanding as of now is
It makes the mod act much like a mech in that it will output available Voltage batteries have left bypassing any bucking or boosting properties
As such should I should treat it using a mechs version of ohms law where resistence of the coil is important
But this is where I get lost because if that was the case it would be putting phenomenal wattage on a series mod?
So let me work this through I'm using the Aspire Speeder 200w max output using the A5 coil in the Athos tank (0.16ohm). It's series 2x 18650 (8.4v)
8.4v batteries in series (let's take away Sag and Voltage drop) and say 7v as working example under load
If it was proportional to the resistence of the coil wattage would be
Voltage x Voltage / resistence
7 x 7 / 0.16 = 306.2W
But that breaches the max output of the mod right? I do know it hits like a truck though at full charge!
When I'm in Voltage mode the max It will let me go is 5.58v with the 0.16ohm coil So that's 194.6w using the above ....bypass is definitely hitting harder though but not by much
So I'm concluding here bypass you are still limited to the mods chip specs and max output settings
Also another thing I want to understand is are things like Short circuit, low battery cut off, shorted atomizer, and low atomizer resistance Definitely still enabled in bypass mode?
If so bypass is pretty much a Variable Voltage mode on a regulated mod that tracks the battery life and power diminishes over time instead of trying to maintain wattage
but I do wonder how amp draw works here do I still use the low battery cut off as the highest amp drain or full charge for bypass mode?...I'm assuming at the moment it's low battery cut off still
What do other people think?
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