Muller Dynamo

[Tudi]

@Keykshin: very simple but nice video
@penno64: just wow. Congrats. In case adding new coils to the system is so difficult. Then why not separate the power collecting from the coils. Like an opto cupler...So you could tune the coils individually to not bother the speed and be able to collect something.

[keykhin]

@baroutologos: It does not make any difference when the cap is connected or not. An LC tank is like a pendulum, give him a push and it starts to balance with a specific period, the amplitude decrease and after a while it stops. Putting a heavy load on a LC tank is like you grab the pendulum and block it. I think the circuit that member "Jdo300" post it on this forum and user "plengo" reproduce it in his last video will do the job. Keep in touch, Key.

[Thaelin]

   Since a lot of peeps are posting pics, guess I will
add to the pile. This is where Thay works and plays
in the little off time he has.
   Just getting the last of the back side coils rewound
as I did them wrong first time around. Did a hand spin
and got 3.5 amps at 4 volts dead short on 3 coils with
lots of drag. Now to start adding all the goodies that
have been posted lately.

thay

  First is my pile of antiques I use and second is the
split open waiting for the last coil to be wound.

[toranarod]

   Since a lot of peeps are posting pics, guess I will
add to the pile. This is where Thay works and plays
in the little off time he has.
   Just getting the last of the back side coils rewound
as I did them wrong first time around. Did a hand spin
and got 3.5 amps at 4 volts dead short on 3 coils with
lots of drag. Now to start adding all the goodies that
have been posted lately.

thay

  First is my pile of antiques I use and second is the
split open waiting for the last coil to be wound.

OMG  we are all so much alike.
What I propose in the circuit below is a cascading technique. Circuit 1 draws its drive power from the original supply and charges its capacitor to a predetermined potential that is capable of a greater potential than the initial startup supply delivered from Circuit 1.

They all run fast under load.
Circuit 2, in course charges another capacitor that then supplies a greater potential to Circuit 3. Circuit 3 in turn powers Circuit 4 and so on down the line.
In the Muller Design we have 9 coil pairs. Because of the inductance of the coils the voltage exponentially rises at each stage. The beautiful thing about this concept is that the motor generator increases RPM because of the collecting load to its capacitor and the voltage increase to the second drive stage.
Collecting the power in the capacitors increases drive torque as well as RPM by means of increased acceleration under load and increased acceleration by greatly cascading the voltage to the supply, circuit by circuit. To date I have tested a 1 â€" 2 â€" 3 configuration, and so far it appears to function as described.





Today’s Research â€" A cascading technique

[Arthurs]

@all

From the first pickup coil pair, I was only getting very few millivolts. But once all 7 were connected,
the unit begins to produce real voltage and current.

You guessed it, putting a dead short on one of the coils, the system did not slow much but the voltage and current went up .

Kindest Regards, Penno (Garry)

Hi all:
    We believe that "penno64" whether the experimental results and theoretical possibility?