Okay, I've been procrastinating on building an adapter with which I can measure DC Voltages for PVs like the Provari and also connect the Oscilloscope to measure PWM Voltages like the v8, LavaTube, etc. Finally got off my duff and did it.
Results for the v8 WITH a load are:
The Peak Voltage, regardless of what setting is selected is 8.07 Volts
The Average Voltage (the effective voltage felt by the coil) is as follows:
Setting = 3 - Average Voltage = 2.55
Setting = 4 - Average Voltage = 3.43
I normally run my v8 at 3.3 whilch yields an Average Voltage of 2.80 Volts.
I did not check the voltages higher than a setting of 4.0 for fear of frying the coil.
Pictures of the adapter below (I hope)



RodeoGeorge
Results for the v8 WITH a load are:
The Peak Voltage, regardless of what setting is selected is 8.07 Volts
The Average Voltage (the effective voltage felt by the coil) is as follows:
Setting = 3 - Average Voltage = 2.55
Setting = 4 - Average Voltage = 3.43
I normally run my v8 at 3.3 whilch yields an Average Voltage of 2.80 Volts.
I did not check the voltages higher than a setting of 4.0 for fear of frying the coil.
Pictures of the adapter below (I hope)



RodeoGeorge