Kapanadze Cousin - DALLY FREE ENERGY

[T-1000]

If I connect the input direct I think that I would instantly burn out the transistors.

Only if you give logic "1" all the time to transistors. They are opened switches by default and with high frequency they can handle lots of amps. You might investigate how most induction cookers are built, there are even 220V capacitor discharges over coil and transistor in half bridge...

[NickZ]

   I don't have high power mosfets, which can handle 220v, I'm using transistors, but do have some Fets.  I am 100 miles away from the nearest Radio Shack, and I don't I have any test equipment other than a multimeter.  Yet, I'm doing what I can with what I can salvage and have onhand. Maybe Grum, Hoppy, Itsu or others can build this the way that you are suggesting, as they have the equipment needed.
 
  Look at the pictures above, the circuit is not like the diagram. There are several things that I see in the diagram which are not like what I see in the videos. Like the rectified 220v is not going direct to the big air core. There is also a grey wire going from the inverter/rectifier back to the battery area, but I can't see it clearly. There a several other wires that I don't know what they do, either.
Yet, I will do what I can. 
 

[T-1000]

Look at the pictures above, the circuit is not like the diagram. There are several things that I see in the diagram which are not like what I see in the videos. Like the rectified 220v is not going direct to the big air core. There is also a grey wire going from the inverter/rectifier back to the battery area, but I can't see it clearly. There a several other wires that I don't know what they do, either.

If you see connections differently, please draw own draft circtuit diagram version to compare for practical test. As I mentioned previously and in my draft diagram, it might appear differently connected with difference what they are supposed to do in windings of yoke, choke and air core transformer.

Cheers!

[itsu]

Zeners in series with a load only let the spikes reach the load.

OK,  i tested that and off course you are right, but the spikes alone are not able to light up the little bulb.

I used a toriod transformer 220V / 2x12V with a center tap and made a double rectifier circuit with each leg having its own shortening MOSFET.

We now see the complete sine wave with both positive and negative peaks being shorted.
Problem is that the FG is not able to drive the both MOSFETs fully open, so no full shorting is happening.

Need to crank up the FG signal or use MOSFET drivers to also increase the MOSFETs switching time.

Video here: http://www.youtube.com/watch?v=q9GPvQHvN6M&feature=youtu.be

Regards Itsu

[itsu]

Maybe Grum, Hoppy, Itsu or others can build this the way that you are suggesting, as they have the equipment needed.

NickZ, there are to much unknowns here, and the fact that the original poster is not responding anymore makes it a
no no for me to even start with this replication.

Regards Itsu