Kapanadze Cousin - DALLY FREE ENERGY

[MenofFather]

  The transistors getting hot, or not, is a strange thing sometimes. Because I've had the transistor working fine, and stone cold, lighting bulbs, then at other times, so hot you could not touch them. I still have not figured this out. But, I have seen that they can be working well, and still not over heat, at times.
  When the yoke or ferrite yoke cores make a lot of transformer noise, that is when the transistors are drawing a lot of current, and also getting hotter. Each transistor or mosfet works different, so it's good to test different ones, even of the same kind. Right now the transistor that I'm using will not light a 50 watt incandescent bulb, through my Ringer circuit, like the TIP 3055 transistor can, but it will light a 40 watt bulb, ok. I've burnt out many many transistors...
Finding the right transistor is very important. Sometimes only trial and error will work to find the best one that is most compatible, same thing with finding the right capacitors for finding the resonance.
It takes a lot of patience, and most people will never take the needed time.

With bipolar trasistor is two parameters, sencuvity to base curent and max frenquency. If sensivity to base is small (light of bulb small), then need lees om resistor. If frenquency is so small also can not good work, for kacher expeshaly. And also power, some transistors is powerfull, some not powerful.

[MenofFather]

  Ok, first of all, I don't have 220 volt from the grid, or any other source. Only 110 volts. 
   My question remains, will the two transistors or mosfet handle 220v (or even 110V) direct current, or not?  I don't want to burn them.
  Look at how the center tap is connected to the Driver Board, and NOT to the rectifier. This was a picture from a previous Akula video, but still shows the connection that I'm concerned about. If I connect the input direct I think that I would instantly burn out the transistors.  The driver board has a voltage drop down capacitor (brown cap on second picture) that reduces the input that is coming from the rectifier to the driver board.

If you paste small duty cycle to transistors, to mosfets let say, then you not burn mosfets. Dally say that it make ajustment for his divice changing on TL generator frenquency and duty cycle.

[MenofFather]

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...

I think probarly red coil on yoke not used. May it try use it but look that without it good work.

[Shokac]

Look at the grey wire also from the rectifier to the battery area.

This wire going to ground.

[Shokac]

Maybe, this is right wire direction.