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"Over Unity Power" Research

This genorator alows you to create a steped voltage pulse train which is rich in harmonics. this time i threw in PWM's (also called PPM's, or pulse position modulators) to regulate where each pulse stands on the pulse train. The setup alows for adjustment of the:
1) frequency of each individual pulse.
2) voltage of each individuals pulse.
3) "off time" and "on time" between harmonic pulse combinations into the pulse train.
4) frequency of the pulse train.
5) voltage of the pulse train.

sorry about the change in with the previous genorator (multi-variable and multi-adjustable) they mean the same thing .

this genorator will have a harmonicaly rich, steped voltage output when properly adjusted. Baisicaly you start out with the battery (duh), which sends electricity to each frequency genorator. you manualy tune each genorator to a spicific frequency that (togather with the other tuned frequencys) puts out a harmonicaly rich series of frequencys. after the frequencies combine, they all travel to 3 different voltage intencifyer stages. this consists of a transformer and a POT, simple as that. Then the "voltage adjusted, harmonicaly rich" frequencies go to the "pulse train placement" stage, which is basicaly a PWM. Im still not sure if the PWM will work, but its the best bet so far. after that the frequencies combine at a designated spot (which can be adjusted with the PWM) on the pulse train. the second version of the  "multi-adjustable harmonicaly rich pulse train grenorator" series. This version includes switches for each frequency genorator, and each frequency genorator is variable over a wider range thanks to the choice of capacitors with different values. the POT is the variable resistor. I guess i could've added a variable capacitor instead of 4 different non-variable capacitors, but the former is probably cheaper. you can add as many frequency genorators and/or voltage intencifyers (with pulse placer (PWM)) as you want, in order to get the desired output waveform. I basicaly just added switches at the frequency combining point so that you could have the output not be steped in voltage, just harmonicaly rich. this will allow you to test what kind of an effect the steped voltages have on the rate and efficiency of the electrolyser. I also added anouther voltage intencifyer and PWM just to show you that you can add multiples of that stage. you can also add more than 3 frequency genorators. I added switches before the voltage intencifyers so that you could control the number of voltage steps in the pulse train.

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