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good questions, I'll comment on a few.
2) 3) and 4) I think this was not deliberate on his part, but the result is that it limits the RPM and more current is drawn, and some of it is not wasted into a resistance but flowes into the EMF of the coil and the effect is that it distorts the fields. It basicaly puts on the breaks, converting kinetic energy back in to a magnetic field that opposes the rotor, so a strain in the magnetic balance of the fields. It's complicated to explain, but maybe if you visualize a rotor that has a spring on the perifery and as it rotates you stick your hand in there for a quick second and the spring compresses on one side and streches on the other side of your hand, and then when you pull your hand out this distrubance does something, it flowes forward and backwards or something we don't understand yet.
5) I wouldn't say it's "key" not realy, but it sure is indicative of what is happening and from my analysis we can see the effects of the biasing magnets distorting the flux symetry in time. Also that flat segment in the voltage waveform seems to be unique. But if we create a dynamo and it has a waveform close to that, I would venture to say that it should work like his.
6) yeah that's interesting, I think he mentioned this before, it's that recovery diode stuff. that's why the battery volts and amps go down slightly when the load is turned ON in the first video. He explained this in the begining somewhere. This is how I understand it: He tried a basic loop back approach, to feed the output back to the input, before people suggested a DC2DC converter, and in this basic setup, he had these recovery diodes, to harvest some of the kickback from the motor coils back to the battery, much like Bedini does, or maybe some other approach. Anyway, these spikes of energy raise the voltage on the battery slightly and when he loads down the rotor, it's dynamics change and some of the spikes are not injecting as much energy and so the voltage drops ever so slightly, and I believe the amperage drops because THE VOLTAGE DROPED. What's amazing here is that his dynamo basicaly shows no loading effects on the input besides this slight voltage drop with a corresponding amperage drop, and maybe I'm detecting a slight slow down in RPM from the sound. If he did not have this recovery diodes in place, maybe the voltage and amperage would not change at all which is just amazing, almost makes you think it's fake and the battery is connected to the output as well, but that's the amazing thing here, the input ammeter does not register the extra amps when the load is turned on.
7) oh, I have no problem with the voltage being around 12 to 15 volts at those RPMs, he is using a total of 600 turns of wire and powerful neos and I've done calculations before to show it's quite reasonable.
EM
« Last Edit: 2011-06-22, 06:58:25 by EMdevices »
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Topic: Romerouk's Muller Replication (Read 510721 times)
