Kapanadze Cousin - DALLY FREE ENERGY

[Tomtech29]

...
https://www.youtube.com/watch?v=9bE_9cFX5bI
-everything would be just fine only that the information on this video are contrary to the scheme
I do not want you here mix (why I get lost)? here says it 74HC00 is in front of the mosfet driver.

[Tomtech29]

Hi.
Here it and also a small change:
you have to somehow put together in one unit) every designer goes like him better

I understand modify but first must based on some real data
P.s
Only when I have some time on Saturday, I try to re-structure and scheming something
so it's a very slow process
I'm happy with you and - had the opportunity to exchange ideas.
Thank you all for your understanding and patience.

[starcruiser]

@Nick,

This circuit would allow him to trigger the Kacher near the top of the sine-wave, this would be done by reducing the amplitude of the sine-wave using a voltage drop/divider config of resistors shown, thus when the sinewave amplitude reaches the threshold of the Schmidt trigger the output would switch and then trigger the FET via the driver after the following NAND stages.

Note the voltage divider at the "B" input (far left, pin 2), there is a 3k and a 10k resistor, the input lead to the chip is at the junction of these 2 resistors along with the diodes for input protection/clamping.

This is using logic gates basically with a voltage divider input to control the trigger point within the operating voltage levels. You can scope this or use a VDM, you would need to use a signal generator that has a variable drive voltage and frequency outputs for testing this ckt effectively.

AND Gate = 1 + 1 = 1
NAND Gate = 1 + 1 = 0

i.e. Input / Input / Output

Edit:
I thought I'd better add this, the RC networks (resistor/capacitor) in the middle of the chain is to delay the triggering of the next stage, this adds more delay control. I would suggest you breadboard this circuit and play with it, this shouldn't be too expensive at all. You do not even need to use the FET driver chip or FET in this really, add those after you understand the operation of the circuit.

Another add,
the 74HC14 is a HEX inverter with a Schmidt front end, the two sections are paralleled to increase their driving capacity (Current) to the FET driver chip, so the last stage will invert the signal seen at the last stage of the 74HC132 logic gate.

[Tomtech29]

 :)Of course the signal at the input is indispensable
I wanted to repeat the PCB and compare the schematics but I missed a lot of (what role meets) only scraps of knowledge
-still do not know whether the PCB by" Alleg "in the same way connected 
which allegedly shows Ruslan .
flip things because the only way to reach me by force
solder is a simple skill but know how to rearrange something to improve

monitoring the circuit from point to point For me it makes sense to stick to what is to be (at the beginning of).
if you say that it is simple, and no one sees the need for changes in the PCB that I will be inclined to think Doing this.
Thx  <<good advice need to familiarize with this system and play a little>>

[gyulasun]

Hi Nick,

The waveform Ruslan shows as a sinewave can be a sinewave because he measures it at the coil assembly which includes tuned or resonant coils in close vicinity.
Unfortunately I cannot understand Russian. As I had mentioned I did not follow Ruslan's setups due to lack of real information so I have no knowledge on circuit changes etc, sorry.

Gyula

  Gyula:
   In this video, Ruslan is showing a diagram which shows a sign wave marked next to both of the yoke's secondary coils output to the grenade coils.  And also,  an impulse wave of unknown type (to me), for the Kacher's antenna output. 
   This diagram was made by Ruslan, not someone else, but, each new diagram of his is a bit different that the previous one. Like in this diagram (in the video below), there's NO short jumper connection shown between the 3 turns coil, (at the tuning cap 0.47), going to the 28turns/168turn crt. Each circuit is independent. Unlike his previous diagrams.

 
https://www.youtube.com/watch?v=1LhF261VDQw