Hi Ron

sorry dude didnt try and decieve you or anyone else just wanted people with magnet-rotors to know how the non-reflective diode plug circuit will work for them and where the timing of the peaks is via the dotted line "mechanically" so they can set up some halls and mosfets to do it.

As I am waiting for my build skills to increase I can't test this on my own, so I hope some of you would be willing to try and test something for me.

This is for those who have a pulse motor and have seen a generator coil load cause acceleration to the motor. Can you do a simple test and report the results please?

Flip the connecting wires to the generator coil and re-test. Record and post the change in RPM vs the change in RPM in the original design.

My guessing is that you will not see an increase in RPM. Perhaps even a slowing down. If I am right I would love to share my theory why. This may help others achieve the acceleration effect that haven't been able to do so yet. As for now I don't want to crowd peoples minds with a theory without data.

Note: remember that if your generator circuit has diodes or led's you will need to flip those as well. Thanks in advance.

Hi Gyula and Richard,

Gyula, do you remember a researcher (during the Orbo thing) demonstrated in a video that a coil wound on a certain kind of toroid cores would actually increase Inductance as a magnet is approached to the core. I remember saying that this could be useful for certain applications.

Richard, in the past my tests have shown that a coil at a certain value of Inductance and Frequency (amount of magnet on rotor) can give out a sine wave output. Also, if one can further decrease wire length without loosing Inductance this would give out more current. Do you agree?... is this what your tests are showing?

Thanks for sharing

Luc

Quote from: gotoluc on September 03, 2011, 12:18:50 PM
Hi Gyula and Richard,

Richard, in the past my tests have shown that a coil at a certain value of Inductance and Frequency (amount of magnet on rotor) can give out a sine wave output. Also, if one can further decrease wire length without loosing Inductance this would give out more current. Do you agree?... is this what your tests are showing?

Thanks for sharing

Luc

No I haven't seen that myself. The posted photos were taken at 400 RPM. The sine wave remains the same shape with RPM  from start up to 400 RPM and beyond to a max of 1200 RPM, the limit of my Muller test platform.

Richard

Quote from: gotoluc on September 03, 2011, 12:18:50 PM
...
Gyula, do you remember a researcher (during the Orbo thing) demonstrated in a video that a coil wound on a certain kind of toroid cores would actually increase Inductance as a magnet is approached to the core. I remember saying that this could be useful for certain applications.
...

Hi Luc,

Now that you mention this, I very faintly recall it but at the moment I have no idea who did it.  Will do some search and come back when I find him.

Gyula