Hi All
Is there any benefit of the one over the other at the same Power? (wattage)
Lets take a simple example on some of my equipment with standard coils.
Scenario 1
Kanger Protank 2 standard coil - 2.2 ohm
Voltage on my Vision Spinner batt - 4 Volts
Power - 7.27W (V squared/R)
Scenario 2
Kanger Protank 2 standard coil - 1.8 ohm
Voltage on my Vision Spinner batt - 3.6 Volts
Power - 7.2 W (almost identical to above)
In theory, surely these two scenarios should give the same vape, all else equal?
However, I calculated the current for each scenario. I=V/R
Scenario 1 - 1.8 amps
Scenario 2 - 2 amps
Does the higher current (even though the same power is being used) make any difference? Surely the heating of the coil should be the same though?
I havent done side by side tests, since I only have one Protank. But I dont really notice much difference with the different coil. Then again, its hard for me to compare.
Any insights will be appreciated.
Is there any benefit of the one over the other at the same Power? (wattage)
Lets take a simple example on some of my equipment with standard coils.
Scenario 1
Kanger Protank 2 standard coil - 2.2 ohm
Voltage on my Vision Spinner batt - 4 Volts
Power - 7.27W (V squared/R)
Scenario 2
Kanger Protank 2 standard coil - 1.8 ohm
Voltage on my Vision Spinner batt - 3.6 Volts
Power - 7.2 W (almost identical to above)
In theory, surely these two scenarios should give the same vape, all else equal?
However, I calculated the current for each scenario. I=V/R
Scenario 1 - 1.8 amps
Scenario 2 - 2 amps
Does the higher current (even though the same power is being used) make any difference? Surely the heating of the coil should be the same though?
I havent done side by side tests, since I only have one Protank. But I dont really notice much difference with the different coil. Then again, its hard for me to compare.
Any insights will be appreciated.
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