Muller Dynamo

[AlphaTech]

Hi Deepcut,

I know it is hard for you to believe that Thane generator is not OU. I've believed in his theory for months! It is very attractive to see acceleration on coil shorting but it is nothing more than eleminating the drag from the magnets... Did he ever showed OU generator? NO! Did he ever showed OU with his BITT? Yes.

Keep your focus on Konehead sinewave shorting Technique or RomeroUK drive circuit and you'll save time for sure. If you don't believe me, well do your experiment and at least remember my suggestions for the future.

AT

[rfmmars]

It's time to call it.

The death of RomeroUK Muller is

11-4-2011   11:55am MST Time

Richard

[DeepCut]

Well, i'm enjoying exploring it, i don't believe it's OU, but it's certainly interesting, as you say.

I've got a coil that speeds the rotor faster than the rotor speed with no coil/core present, that's really interesting.

Two of these coils enhance the effect, and connecting a load coil also accelerated it a little more.


All the best,

DC.

[minde4000]

It's time to call it.

The death of RomeroUK Muller is

11-4-2011   11:55am MST Time

Richard

It was time to call this on page 3 when "inventor" dropped a ton of excuses and dissapeared. But then all these noobs would start screaming if you say something against the topic or "inventor". Start bullying start calling you a troll and etc..
Its simple math. If inventor has something and wants to help he comes and discloses 100% of the info.  If inventor comes and starts spoon feeding public and then dissapear and reapears just to spark the flame that mean him and his projects is total fake and he is here for monetary or another interest and should be banned immediately.

   Wtf is "thane effect"or "delayed lenz"?? There is no thane effect no delayed lenz - there is only LC impedance to magnetic field wich excerts a different magnetic resistance at different rotor speed wich directly converts to different frequency of course. How difficult is understand that?

[konehead]

hi all
in first drawing is very simple backemf/recoil recovery circuit with a NPN mosfet pulsing a motor coil.
for PNP mosfet,  switch it around so cap fills from diode on the other terminal of cap and there is common ground instead of common positive ...and postive of power-supply goes to source of mosfet in PNP mosfet instead of the ground like it does with a NPN mosfet (see third drawing about this too)....

There is problem with this simple backemf/recoil circuit however since when SW1 OPENS going to cap when cap hits load, at that time no backemf is taken out of circuit so this is moment for backemf backspikes to fry a mosfet or driver chip if it is high enough voltage...

so that is one advantage of the second drawing, the "diode plug" circuit filling two caps in alternating fashion but I want to post this first circuit so everyone sees simply how the diode works coming off the motor/drive mosfet to recover backemf/recoil into cap.
Note:
the sinewaves shown in the diode plug circuit are not "in synch" with the size/spacing of magnets its just meant to show one thing happens at pos peak, other thing at neg peak.

Third circuit is another way to take backemf/recoil power out of a motor coil and put it into a load without it affecting draw - this circuit works very good for GENERATOR COILS too - "swtich-short-at-peaks" the power into 1st cap, then dump 1st cap into 2nd cap and when 2nd cap hits load it doesnt lug the generator rotor a bit.