Kapanadze Cousin - DALLY FREE ENERGY

[soliman]

don't have win zip

downloads it from:
https://www.win-rar.com/start.html?&L=0

[AlienGrey]

Hi Soliman and thanks for drawings, I have seen that circuit many times Geo fusion keeps quoting bits from it, if that circuit was the only way
of doing it I would make it up on a bread board, but its not, unless you know  how it works to me the 4013
at the end confuses things.

I will try and show how I have experimented to get what I find more usefull.
the transister collector goes to the pin 2 of the 4420 Mos Fet driver
feed back from the 494 to pin 1 of the hc00 needs a 1kR for gate timing shape
building this circuit is your responsability and is only intended as a guide


AG

[soliman]

Hi Soliman and thanks for drawings, I have seen that circuit many times Geo fusion keeps quoting bits from it, if that circuit was the only way
of doing it I would make it up on a bread board, but its not, unless you know  how it works to me the 4013
at the end confuses things.

I will try and show how I have experimented to get what I find more usefull.
the transister collector goes to the pin 2 of the 4420 Mos Fet driver
feed back from the 494 to pin 1 of the hc00 needs a 1kR for gate timing shape
building this circuit is your responsability and is only intended as a guide


AG

hello everyone
AG, my point of view is that the voltage of the TC4420 pin 2 and pin 7 and 8 are similar and that the output voltage of tc4420 pin 7 and 8 depends on the width of the pulse.
Who controls the pulse width? Mainly C1 or C2 of the 74HC00. if you does not have enough pulse or pulse width the output voltage of the tc4420 will be very low and the katcher will not work. I have noticed that almost all controlled katchers are similar in their circuits and operations. I have built many circuits of different versions, most of them fail, because the pulse width is not high enough to produce the minimum voltage required by the mosfet to be activated.

[NickZ]

   Soliman:   If you look at the spec sheet for the fet that you are using, that will tell you what is the maximum voltage that the mosfet GATE can use. It is important to provide the gate of your fet with that maximum voltage, so it will provide the maximum output from the fet. Don't guess about that, just measure the voltage at the Fet's gate, and adjust it accordingly. If the fet won't turn on, the gate voltage is way too low.The higher the gate voltage, up to it's maximum point, the higher is the fet's output pulse.
   Are you using the TL494, to the 4420 fet driver, or not? As I am confused with the two different images that you've posted above.   I am still waiting for Geo, or someone else to show me what their controllable Kacher can do, which my simple Kacher can't do. As so far, I have not seen any benefit from any of the guys that have shown their controllable Kacher able to make the system self run.   itsu built a nice controllble Kacher circuit, which you can see in his video, but, it possibly could not sync properly, nor able to help in lighting the bulbs, which were very dim.
     BTW: A small TL494 controller board can be bought ready made, for 10 dollars, including shipping. Which has frequency and duty cycle controls. For those that do not want to have to build their own. You can't make one yourself any cheaper, if you tried.   I see no advantage of providing the Kacher circuit input source of 130v, just to have to turn down the duty cycle.
   Since you mentioned that your Kacher is working properly now, please show it doing so. And just what it can do at the output bulbs, when connected up to the grenade/yoke circuits.
   You'll need at least 300w loads, so as not to get fooled by the additional voltage coming from the Kacher, if just using low output loads. As it will show an increase in bulb brightness, at low wattage loads, but not at the required higher loads of several hundred watts. Remember I have shown my Kacher partially lighting a 100w bulb, just by itself. And even partially lighting a 250w bulb, by itself. Will your Kacher do that?

[maxolous]

Hello all.
Well done for the good work .
I am posting for the first time here I suppose and I am interested in this replication. I have built my inverter based on the schematic I saw here. I need to learn more from you guys

I have attached pic of my built inverter.