Kapanadze Cousin - DALLY FREE ENERGY

[itsu]

   Itsu: 
   From what I can see, Stalker is using this type of converter, (image below).
   And not any type of converter that goes to 200v, or even close to it.
  The one that he has in the image below cost less than $2, with free shipping. Such a deal...   
     DC-DC Boost Step up Converter 5-32V to 5V-55V 9V 12V 24V 48V Power Supply Module | eBay   
  I like this one (above), with a maximum of 55v output, and an led display for $5, free shipping. Again, a great deal.
   Here's a pic of his converter (from Stalker's video). In case anyone doesn't know which DC to DC converter I'm referring to.
Top of the image. The point is, that it's not a 200v converter. But, it's one of the cheapest ones on ebay, and has free shipping.
   I can't even buy just the trim pot here at that price.    What do you think?

Nick,

from looking at the video that shows this circuit i think he is pointing at some time to this specific DC2DC converter module and then
points on the diagram to the 15V input to the MOSFET drivers (ucc37322 / TC4420).

So i think he is using that DC2DC module to power the 15V to the MOSFET drivers and also to the 7812 regulator which feeds the TL494 and the TC4093's.

The 200V DC for the primary of the kacher is only visible in the diagram of the 3Fets Kacher drive, so not visible in any video i have seen.

Itsu

[NickZ]

   Itsu:   Thanks for the clarification.
    As I already have the 12v, and 15v voltage regulators, filters and chokes on my main TL/TC board, (image below), which I can tap off of. Just like I'll be tapping off of the TL494 signal to go to the interuptor circuit.  Therefore, I don't need the additional converter that Stalker is showing. Unless you think that sharing the load from my current voltage regulators is not enough current to run all the ICs and mosfets, on both induction driver circuits and Kacher driver circuit. 3A?

    I would still like to get the DC to DC 12- 24v (input) converter, to 55v output. As it could double the current 24v input to the Kacher transistor. And allow me control it's voltages up to 55v. That's a long ways away from the 200v, but, it's a start in that direction. 
   Here, is what I'm working on now:
  I'm pointing to the first TC4093 Schmitt trigger, (mount spot) which is next to the TL494 IC.The other two empty IC holders will have the other two trigger chips, pots, caps, and resistors.
  The heatsink just laying on the left,  is for the 3 mosfets. And I'll put the rest of it together when I get the needed parts.

   

[T-1000]

Just to clarify why the higher voltages are needed for Tesla coil, there is minimal required voltage for ionisation to happen and due RF frequency requirements for spikes that is one of reasonable ways to reach needed condition.


Hopefully that is useful to know.


Cheers!

[AlienGrey]

If any ones interested ther was a DC DC 0 to 24 volts in and 0 to 110volts out complete with PCB design and layout.

It can be made with a TL494 two driver transistors 2 diodes and a control or preset pot bridge rect fast and 2 Mos-Fets and a few caps and can also run a 12volt cooling fan. If any ones interested it was on this tread last year if look back.

AG

[itsu]

   Itsu:   Thanks for the clarification.
    As I already have the 12v, and 15v voltage regulators, filters and chokes on my main TL/TC board, (image below), which I can tap off of. Just like I'll be tapping off of the TL494 signal to go to the interuptor circuit.  Therefore, I don't need the additional converter that Stalker is showing. Unless you think that sharing the load from my current voltage regulators is not enough current to run all the ICs and mosfets, on both induction driver circuits and Kacher driver circuit. 3A?

    I would still like to get the DC to DC 12- 24v (input) converter, to 55v output. As it could double the current 24v input to the Kacher transistor. And allow me control it's voltages up to 55v. That's a long ways away from the 200v, but, it's a start in that direction. 
   Here, is what I'm working on now:
  I'm pointing to the first TC4093 Schmitt trigger, (mount spot) which is next to the TL494 IC.The other two empty IC holders will have the other two trigger chips, pots, caps, and resistors.
  The heatsink just laying on the left,  is for the 3 mosfets. And I'll put the rest of it together when I get the needed parts.

Nick,

The drivers need plenty of current, so a hefty 15V supply would be required.


Be aware that beside the 3  TC4093's for which you have created space you need an additional one  and an IR2113 for to drive the 3 fets and transistor, see this post of yours:

http://overunity.com/12736/kapanadze-cousin-dally-free-energy/msg521162/#msg521162


I have build the TL494 / TC4093   and the double TC4093's on separate breadboards (middle diagram) and it shows that the pulse coming out of the middle diagram (as shown on the bottom diagram middle left is NOT correct, its inverted (as being shown by Stalkers video).

I will try to also build this lower diagram with the 3 fets to see what the signal on the base of the transistor will look like.


Itsu