Pulse Generator

[gyulasun]

@gyulasun,

No, the bemf voltage output was measured at the BY255 on the collector of the transistor and to the plus rail.
(L4 is a input coil. I use the back emf energy to drive the L4 coil so we get a pulsating magnetic field in the fixed magnetic field.) 

Hi Groundloop,

Ok,  I overlooked a little the role of L4 and now I understand it is a load and not a source for the flyback pulse.

I DID noticed that when I shorted the L3 coil when the unit was running, then I did NOT get and increase in input power usage.

This is good news but will be more significantly good news if you still do not get any increase in input power consumption when you manage to increase the number of turns for L3.

Thanks!

rgds,  Gyula

[Groundloop]

@gyulasun,

No time today to make a new coil. I have been working on a new FW for the switch controller with 6 outputs.
Will test the "Young" theory first. See : http://www.overunity.com/index.php?topic=6090.160;topicseen
Maybe more time tomorrow............

Regards,
Groundloop.

[gyulasun]

Ok, thank you.  Just take it easy.

Best Regards
Gyula

[slayer007]

I uploaded a video showing how you can increase the voltage of your BEMF.
If you have a coil with more than one winding you just run your BEMF back thru your coil.
Going back in the positive then coming back out the negative.
My BEMF went from about 16v to 150v.
I have not compaired the amp differant yet.

http://www.youtube.com/watch?v=PW3Bz2tdmAY

[slayer007]

I just uploaded another video showing the current and voltage after load.
For the load I just used a 110v night light.

The BEMF right off the transistor took about 10 mill amps for the light.
After going back thru the coil it was 20 mill amps.
And the voltage left on the light was twice as much.
This was done without taking in any more power to.

http://www.youtube.com/watch?v=Yk5oltWxuoA