[quote name='gotgixers']Use a TL Magnum in split screen, with two sets of amp probes and clamps. It reads the output voltage also. You should be up around 135vac+ ...[/QUOTE]
Since the pulses are 180degrees out of phase at peak as long as you use the peakhold function you should be pretty accurate.. im gonna look at how they get a "contunious" figure after all contunious means the rise/fall of the sine wave is linear in fashion and can be calculated easly.when you account for lag/lead.
This is more realiant on modulation and duty cycle.
To answer your question
@Jeffdachef
The gain in voltage and duty cycle is proportional to output.
In other words voltage has little change but the duty cycle decreases while increasing the switching speed instead of peak voltage.
The meter won't read the negetivity charged pulse because its an inverse flow of current so they basically absorb each other.
phase shifts as outlput increases from higher switching speed to use the mean rating and the higher sample rate. Which prbably went for 500hz to 5khz so even though you had a substantual gain in voltage the meter couldnt measure it because the switching speed was way to high.
Escentually it was starting to cancel out in the meters eyes. Lol.
