Kapanadze Cousin - DALLY FREE ENERGY

[itsu]

Video to show both the incorrect functioning using the both primaries attached and the correct functioning with 2 100 Ohm resistors attached:

https://www.youtube.com/watch?v=BhkQw19txPU


Itsu

[verpies]

Video to show both the incorrect functioning using the both primaries attached and the correct functioning with 2 100 Ohm resistors attached:
https://www.youtube.com/watch?v=BhkQw19txPU

I am confused.
Are your primary windings connected as illustrated in Diag.A or Diag.B ?
Note: Their circumferential advancement direction is not depicted in these diagrams...

Which way is the current driven when the MOSFET turns ON ?  Is it in the direction of the yellow arrows, that I drew on the screenshot from your video ?

You do have autotransformer action between the two primary halves.  This is to be expected, because one half induces voltage in the other half.  The jist is: what is the polarity of this induced voltage?

Also, what are your probe positions?

[Dog-One]

I am confused.

Me too.

Are your primary windings connected as illustrated in Diag.A or Diag.B ?

It should be diagram A, Centertap.  Just take a length of wire, find the middle, solder a tap and wind the whole thing in one direction.

[Jeg]

Hi Itsu
Indeed, it looks like your primaries have an opposite direction. As Dog1 said visualize your both primaries as one coil wounded all the way down the same direction and tap it in the middle.

[T-1000]

I am confused.
Are your primary windings connected as illustrated in Diag.A or Diag.B ?

When using B diagram the primaries should clockwise+counter clockwise to ensue oppsosite winding directions leading to center tap. The magnetic field polarity depends on the direction of winding and it is needed to have it flipping.

Itsu, the spikes you shown in diagram are after switching off mosftets, if you will disconnect 1 mosfet from the coil temporary, it will be more clear scope shot.