Muller Dynamo

[TEKTRON]

sewing bobbins

Skycollection, Nice coils . How do you make the large ones?

[callanan]

It's not to hard to DO SOMETHING...

http://www.youtube.com/watch?v=4Ginb8-RN0E

[JouleSeeker]

http://www.youtube.com/watch?v=2Z6UJbwxBZI&feature=related

Video shows a siuperfluid-helium fountain, that will go PERPETUALLY (as long as the helium flask is kept cold -- so put it on the back side of Mercury and it becomes a "perpetual motion machine", evidently.
It won't stop as long as it stays in a cold environment.   

This "helium fountain" was a huge surprise when first observed during the race for the coldest temp, the race to reach liquid helium first.

Here we are helping each other (for the most part) in the race to OU.   As seen historically -- we may anticipate a few surprises along the path! 
--Steve (PS -- more of interest here: http://www.overunity.com/index.php?topic=10773.msg288732#msg288732 )

[toranarod]

@toranarod

where in your circuit do you measure exactly the green and the yellow waveform ?
Could you please explain it in more detail please ?

Do you also have a video of your motor already ?

Many thanks in advance.






@Clanzer :
Fantastic build ! Well done !

Looking forward to see the first run tests.

@Woopy ( Laurent)

Could you please post a new video with many scopeshots across
the parts, so we can have a look into your device what is going on ?
Why is the voltage of one coilpair much bigger in your
device than the other coilpairs ?

I would first optimize for one coilpair output and find there the optimal
output so you know the distances of the rotor versus stator and versus
stator magnets and washers, etc.. and only then switch in the other
coils.
As Romero said, it took him almost one month to finetune
this thing, so you have to have a lot of patience.

Also a Gaussmeter would probably help very much to see,
where you are in your BH curve working point inside the airgaps.

So it is great that Clanzer made all the coils reverse switchable to
see, how they will behave with a different polarity.

Good luck.

Regards, Stefan.

Hello  hartiberlin

here is the explanation of my wave forms.
I was ask to explain the wave form and schematic below you will see
My Muller drives circuit.

I use a micro processor to control every aspect of the Muller motor drive system.

By controlling the frequency and the duty cycle and the number of pulses per trigger even
I can control current flow RPM and timing. I can break the motor if it gets to fast. Speed it up. I do not need to touch the Hall sensor once it is locked into place. 


Here are some of the specs.

Output Voltage.    75 volts
RPM                     2300
Pulse per trigger event     2 
Duty Cycle    476 uSec
PWM            527  uSec



Change any of the parameters and you can control the motor right down to the last
Volt and amp.

you can also see a six pulse drive. The advantages in this are many.

[k4zep]

Hello  hartiberlin

here is the explanation of my wave forms.
I was ask to explain the wave form and schematic below you will see
My Muller drives circuit.

I use a micro processor to control every aspect of the Muller motor drive system.

By controlling the frequency and the duty cycle and the number of pulses per trigger even
I can control current flow RPM and timing. I can break the motor if it gets to fast. Speed it up. I do not need to touch the Hall sensor once it is locked into place. 


Here are some of the specs.

Output Voltage.    75 volts
RPM                     2300
Pulse per trigger event     2 
Duty Cycle    476 uSec
PWM            527  uSec



Change any of the parameters and you can control the motor right down to the last
Volt and amp.

you can also see a six pulse drive. The advantages in this are many.

In the 2 pulse circuit, anyone else notice the "ringing" right after the second pulse, that is a heck of a lot longer series of pulses
that could be rectified, fairly high frequency too.  Just thinking.  Nice Microprocessor drive circuit!!!!!!!

Ben K4ZEP