Muller Dynamo

[Khwartz]

Hi Khwartz

Hi Kone, thanks for reply

that cap discharge formula works pretty much perfect

Nice to know that 

- try it out, use scope to make sure you get the voltages in cap right...

I haven't, sorry   

that coil-shorting circuit works first by the FWBR converting the AC induced by the rotor magnet sweep into DC and into cap...jsut a very nomal way to take out power from a genrator coil....

Yeh, this I knew and fully understand

when that coil-shorting circuit turns ON (closes)

Do you means S1 or S2? and could you use the letters in the schematic I joint to help to follow you, cause again english is not my birth tongue and I'm not familiar with all these terminology, so hard to follow you otherwise 

it connects  the two leads of the coil together

But through the run battery with S2 and FWBR or directly to the battery by S1?

very quick and it collapses the coil and it starts an oscillation (ringing) and this fills up cap much quicker and much higher in volts....all the while the FWBR and cap are still connected as is "normal"

Sorry, but unless you name the portion of circuit you mention, I'm just lost: for you it's surely evident what you talking about, but not for me. I would very better prefer if you could say like: the circuit A to E, S2, G to J is the .... circuit, and it is "on/closed" when and for ...

"musts" with this circuit are a very short pulse width to the coil-short event,

Yes, this I know too that sharp voltage chocks are good to impede oscillations in coils

so that the coil short doesnt make for extra draw to the motor....

Do you mean that is about to connect the run-battery directly to the coils, so that if it's too long it takes too much power and so drop de power to the motor-coils, and so drop the speed of?

the coil short msut be happening at sinewave peak.....

Understood

and also "collector" cap that fills up discharges to load while at same time the cap is disconnected from the "source" (the coil) that filled it up in first place...("two stage" output circuit)

Kone, could you do something like that:
Time 1: duration ~ ...[ms]
State S1 : Open/close
State S2 : Open/close
State S3 : Open/close
Time 2: duration ~ ...[ms]
State S1 : Open/close
State S2 : Open/close
State S3 : Open/close
?

[mariuscivic]

this one is boring  but you get the ideea 
http://www.youtube.com/watch?v=cC6TvLutxDw&feature=youtu.be

[Khwartz]

Hi again Kone! Overunity.com put a new vid on Youtube about an interesting device that use capacitors and looks like to self-run because increasing itself its speed and filing its own caps (WITHOUT ANY POWER SUPPLY OR BATTERY!!!). But I give you this link because for the few I can understand here about caps, the experimentation says something that could help everybody here. It's about having a set that combine both relatively high voltage but little capacitance cap with low voltage but large capacitance. I let you see that

http://www.youtube.com/watch?v=myP_i1T2kwY

[Khwartz]

this one is boring  but you get the ideea 
http://www.youtube.com/watch?v=cC6TvLutxDw&feature=youtu.be

Hi Marius, thanks for your new vid about the directive coil you talk about

Is that the cap you connect with the black wire that makes increasing the speed and decreasing the amps? but what about the blue thing on your black wire? we see it near the meter and it makes like a loop... and with that loop, I was not sure if it was the wire connected to the cap :/

Have you an idea why the diode on the battery increases the efficiency?

[mariuscivic]

Hi Khwarts
The speed up is there becouse of the cap in paralel with the coil. The cap captures the bemf and discharges it back in to the coil. The blue thing on the cable is just a plastic isolation . The black wires are looped couse they are a bit long. The diode on the battery does not increase efficiency.With the diode connected you can see  there is no curent returning to the battery