Muller Dynamo

[penno64]

@Woopy

Have you checked your PM?

Penno

[woopy]

Hi all
Thanks for the encouraging words

But now i come back on the picture i posted some post ago

So my analyse   (Totally out of the box of course )

In the first Romero?s video (with the light bulb and no DC converter and cap) there is a red wire which connect one positive side of a FWBR to the Ampemeter comming from trhe battery. That is to say directly to the battery positive.

You can see this exactly in the middle of the  voltmeter and ampmeter instruments, where he wounded  ( he wounded them arround the neg probe of the ampmeter ) the 2 positive wires of  the driver circuit together with this red wire connected to one of the positive side of the FWBR.

Than on my pix you see clearly that there is also a connection of the negative input directly to the negative rail of the FWBR, so also a direct connection of the neg battery to the neg of the FWBR.

So to say the light bulb is directly connected to the battery. / in this first video)

But what is interesting is that when he switch the bulb on , the amp meter do not climb and in fact he decreases a bit

So in the first video Romero sayd that he tried to recollect the generative power to the source battery by using one of the brdge 's diode

So i tried it today (i mean making all those connections ) and i could improve the general output from 35 % to 61 %.

This is beginning to be intersting

On the second  and third video the negative (black wire is always there ) and the red wire also  but it is not possible to see where that red wires goes. Prehaps simply left aside ? or connected to something ?

Would it be interesting to think about compressing current  ?? TOTALLY OUT OF THE BOX of course 

Yep at this point nobody who do not have a real machine under the finger and test can help sorry ?

Next  "totally out of the box thinking soon "

But anyway good luck at all

Laurent

[gyulasun]

....
What is the mH of a coil?
....
Ron

Hi Ron,

This link gives an answer, about 1.2mH (depends on magnet proximity):
http://www.overunity.com/index.php?topic=3842.msg285177#msg285177

Magnet grade was N38.

I understood why you mainly answered though... 

Gyula

[woopy]

Hi webby

good looking

and what does  this inspire to you , can you see something "out of the box " here ?

Good luck at all

Laurent

[i_ron]

Hi Ron,

This link gives an answer, about 1.2mH (depends on magnet proximity):
http://www.overunity.com/index.php?topic=3842.msg285177#msg285177

Magnet grade was N38.

I understood why you mainly answered though... 

Gyula

Thanks Gyula, I had missed (forgotten?) those two points

Ron