Muller Dynamo

[hartiberlin]

Hi Nul-Points,

Yes, that's me.  I'll start putting more on YouTube as time goes along.  I love the R&D of this, and it is a CHALLENGE to do it!  As I am 68 today, it keeps me young puttering along.

The diversity in thought, the levels of knowledge and abilities on this list astounds me.  In reading all the post, I find that the least and the most gifted have something to offer here.  As a picture is worth a thousand words, R's video was worth a million! All the other pictures, the ideas, I just go "wow"......and keep pushing! I'll eventually show my humble contribution to this as time goes along.

Respectfully,
Ben K4ZEP

Happy birthday Ben !
May you have a happy and haelthy new year !

Best regards, Stefan.

[AbbaRue]

Post removed by AbbaRue, useless to the subject.

[Staffman]

I know it's too early to theorize, so I'll delete this post if this is unnecessary.

As Bourne pointed out, when you have more EM's than magnets on the rotor, there is a counter rotation opposite of
the direction of the rotor. When current is used from all the generator coils, lenz law typically pushes against the rotation of the rotor. In this case of counter rotation, is lens law helping the rotor in this case, instead of hindering it? I don't know, just a though....

[TEKTRON]

I know it's too early to theorize, so I'll delete this post if this is unnecessary.

As Bourne pointed out, when you have more EM's than magnets on the rotor, there is a counter rotation opposite of
the direction of the rotor. When current is used from all the generator coils, lenz law typically pushes against the rotation of the rotor. In this case of counter rotation, is lens law helping the rotor in this case, instead of hindering it? I don't know, just a though....

That just might be it!!!!

Very good theory!!!

[hartiberlin]

Great work Lasersaber !

Also Lidmotor did a new video:

http://www.youtube.com/watch?v=jKzY2fj5NDE


So let me recap this.

You are using 2 series coil pairs and each coil pair has its own

bridge rectifier.

One is putting out 1.7 Volts chopped DC and the other is putting out about 1.8 Volts chopped DC..

Now if you put both of these chopped DC outputs in parallel they are putting out 2.5 Volts chopped DC ?

Is this correct ?

Did you use a scope to watch the exact pulses, so you can see, what is going on and why the voltages add up ? Scope shots would really help..

Many thanks.

Regards, Stefan.