Hi folks, I would just like to offer my findings on a generator I built which is similar to Bill Muller's generator. The gen. rotor has 6 1" dia. neo's, n-s orientation, embedded in 3/4" thick wood plate. 5 coils per side, simply made from steel bolts and 18 guage for .5 ohms per coil, for a total of 10 coils. For these tests I only used one coil pair, each coil being opposite the other like Mullers. both coils are in parallel with a diode on one leg, and if battery applied would cause one coil to repel north pole and the other coil to attract south pole so no movement would occur, however with the diode oriented as it is a repulsion can occur on north pole and not allow current through to other coil. so before speaking about gen. results i will point out that in this configuration when a 12v input is applied continuously while manually spinning the rotor it actually speeds up and when i remove 12v it becomes harder to turn. Now that in itself is different from any other results I've experienced with all my experiments and I've given the results and the gen. results some thought and I think I understand what is occurring and I hope we can share ideas on this. Now the generator results were just as interesting, power is taken from each coil individually by using a diode for each coil in parallel to each coil and one diode is opposite polarity wise of the other. if thats not clear I can post a paint sketch of circuit. The power results are not astounding due to the fact I have the rotor gap set to about an inch per side only because its easier to test this way. So, I used an external motor to drive the generator via belt and pulleys with 24v. While using an amp meter to monitor output of one coil, even though I can extract power from both coils and the motor input still does not increase in fact it lessens on full load, and an amp meter to monitor input current I found these results. While essentially shorting the gen. coil through the amp meter I obtained 800 milliamps at 1.2 volts, open circuit voltage 2 volts, and the input amp meter actually dropped about 40 milliamps. The applied input is not relevant at this point because I think it should be clear that these results are not conventional. Any comments, thoughts and discussion on these results are more than welcome.
Peace, Love, Light
Ty
Peace, Love, Light
Ty
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