Muller Dynamo

[Magluvin]

Hey Marius

Well I finally got the speedup effect.  Actually, I was working on 3 projects this weekend, and I found it while doing some other tests.  I found it when slowing down with a cap. The rotor was going too fast and the cap/coil resonance was lower than the running speed of the rotor.

When it(rotor) gets down to the resonant freq, the rpms rest at one point, lock in. Like it is regulating the rotor speed.

Will have a vid in a little while. Ya might think it funny how big the coil I am testing is.  ;]  But it is the only one I have that works so far, or at least one that I have found the freq of, with caps. 

When the rotor is at full unloaded speed, shorting the coil has no effect at all, but with a 1uf cap, badabing , slows to res freq and holds.  If I start with the rotor slower than holding speed, it rises when the cap is connected.

Then I added a 4.7uf and the resonant freq goes down even more and locks in to that freq(rpm).

At full rpm, no cap, open coil, I get about 8v. With the cap and rpm locked, about 49v.   Nice.  Like shorting without switches.  ;]

Will be working on the setup for a vid right now, be back in a bit.

I have an rpm meter and all, and will show measurements.

I have never gotten a coil/cap to do this ever before. Its refreshing to experience.  ;]

Mags

[T-1000]

Any chance to attach oscilloscope and post screnshots here? Would be nice to see behaviours without cap and with cap (I suspect very similar waves with resonant frequency drop because of capacitor in addition to internal coils capacitance).


Cheers!

[Magluvin]

Hey T

I have a ProbeScope from Radshack.  Only 1 trace and tiny screen, but  Ill rig it up.  ;]

Yeh, Im surprised that this coil im running doesnt have the capacitance to be a shorter at the rpms Im running.

I tell ya, once you get to this point, things feel good. Its only resonance, but I can see that it only wants to run at that freq(rpm).

Mags

[Shadesz]

Not to burst bubbles but I think you guys should read some info here if you haven't. It relates to loading a coil and seeing acceleration due to the position of the timing switch, not due to lenz avoidance.

Start at post 1626
http://www.energeticforum.com/renewable-energy/7982-muller-generator-replication-romerouk-55.html

[mariuscivic]

Hey Marius

Well I finally got the speedup effect.  Actually, I was working on 3 projects this weekend, and I found it while doing some other tests.  I found it when slowing down with a cap. The rotor was going too fast and the cap/coil resonance was lower than the running speed of the rotor.
When it(rotor) gets down to the resonant freq, the rpms rest at one point, lock in. Like it is regulating the rotor speed.
Will have a vid in a little while. Ya might think it funny how big the coil I am testing is.  ;]  But it is the only one I have that works so far, or at least one that I have found the freq of, with caps. 
When the rotor is at full unloaded speed, shorting the coil has no effect at all, but with a 1uf cap, badabing , slows to res freq and holds.  If I start with the rotor slower than holding speed, it rises when the cap is connected.
Then I added a 4.7uf and the resonant freq goes down even more and locks in to that freq(rpm).
At full rpm, no cap, open coil, I get about 8v. With the cap and rpm locked, about 49v.   Nice.  Like shorting without switches.  ;]
Will be working on the setup for a vid right now, be back in a bit.
I have an rpm meter and all, and will show measurements.
I have never gotten a coil/cap to do this ever before. Its refreshing to experience.  ;]

Mags

Hi Mags

Glad to hear you got the effect too. Now lets hope we can do something with it.
I'm waiting for some video