Kapanadze Cousin - DALLY FREE ENERGY

[AlienGrey]

Nick,
Yeah I can imagine,
Great to here you're gonna give it a shot at the interrupter circuit for kacher.
Stalker's version right?
or maybe try to make the one that I have.
The one that Itsu posted recently as a example
well, been busy and had to straighten things up.
But able to start on bench again .


AlienGrey,
Yes, I have the Akula  interrupter kacher circuit working,
Well to what I can remember is, the Akula circuit I have working is identical to the diagram shown in forum.
Only R13 is changed to a variable one. After that the dead time mod was done. (abrupt kill of pulse)
Signal outputs from TL494  which are feeding push-pul mosfets are direct to the board input signals
for the Akula circuit. It will be tricky if you don't know how to set it properly, because even Duty cycle and freq tuner
on the TL494 board ( push-pull board ) are very important to how you have it tuned on the Akula board.
otherwise it would seem that it does not function. once you have it where it should be you could see
what can and till where.

https://www.youtube.com/watch?v=_wKZ9ehCciU

Examine carefully what I was saying and what I was showing in this last videos I've done some months ago.
Also on the part of why I had the antenna that close to the grenade, distance as thick as my index finger.
So, also to put as to understand that I had no connections with the 2nd output of the yoke/toroid
connected to anything ( AKA 28T), It was just the 3Turn series resonance to the inductor and Antenna working.
And there it was, it has shown it's face, but there was also a reason why I chosen the Blue grenade back.

All
Hint: Northern and Southern hemispheres of the planet.
        And now look at a magnet, north and south poles, do you know the direction of spin of those poles?
        if so, then you will know what direction of coiling you must make for receiver where ground connects .

Cheerz~

to find spin next time emptying sink or bath observe ! But that's not every thing covered you still need to to sort many other things out
it wont just spring into life as some people appear to think untill you get your head round how it might work your in Hoppy's club and you have a fake.

Any one solve the puzzle I left you ?  No ? Oh well (Peter Green) 

I think some one is selling snake oil on Ebay !

//Geo  Hi

Any chance you can scope the say  the frequency of your katcher if it was free running or it's pulse width ?
Also any chance you can scope the input winding of the grenade input winding and show it's frequency ?

This information would be a real help or message me, any help would be a great help.

Many thanks AG

[NickZ]

  Geo:
  Good to hear that you're back on the bench.
  Do you have your set up working as it was before?  If so, I think that the next step is to connect it up to the proper feed back path, to see how well that part of it works, also. As it will probably change all the previous tuning efforts. In any case, that is an important step that you didn't get to on your last videos.

   Itsu: Last night I was up to past midnight tinkering around with my device.
I manage to lock onto the sweet spot, and was also able to see the RF (inside signal), on the scope stablelize.
So, that method does WORK, to help in tuning the system, just like you had said. And it can and it does stablelize, at around 27KHz on the induction circuit, with the Kacher running at around 830KHz.
But, the ferrite inside the Kacher, gets real hot after a while. Too hot. And, if I remove the ferrite out of the tube, I loose the sync.
  So, I would probably need to adjust the Kacher secondary to free run at about that same 830KHz signal .That way voiding the use of ferrite. As that is not the best way to get to that same working frequency.

  Previously I was trying to tune using only 12v input, and there the signal would NOT stablize, but it does using two 12v batteries. And the bulb brightens up, as expected. All ringing stops, and only a clear note is heard, or nothing at all. Hand movements once the system is tuned only distort the signal, and produce the Radio Moscow signal, which is NOT what we need for optimum performance. As that noise really only indicates a distorted signal.
Ruslan's devices don't make any noise, at least that can be heard.

   I've also started working on the designing and building my interuptor Kacher, to the degree that I can, until I can get some of the needed parts.
  Do you see a problem if I use two of my IRFP260N mosfets instead of the two IRF3205, that Stalker is using?
  I will use the 5200 transistor for Kacher's output transistor.

[itsu]

Nick,

good to know that you were able to stabilize the Kacher RF signal (not FM signal).
27Khz on 830Khz is about its 30.7th subharmonic.

It would be a good idea to lower the kacher selfresonance to this 830Khz by adding some turns on the secondary.

The IRFP260N has some 5 times higher (40mOhm compared to 8mOhm for the irf3205) Drain Source On resistance, but i don't think it matter much here
so i guess you can use those.
The problem will be the P-channel fet as these are often hard to salvage.

Also be aware that because of the interrupter the duty cycle of the Kacher is lowered.
Therefor Stalker uses more voltage on the primary by using a DC to DC converter boosting the 12V up to between 50 and 200V  DC, see top of circuit:

Itsu

[AlienGrey]

Hi Itsu you referred to a collection of videos on testing the capabilities of the grenade coil I had a quick look an hour or so and I cant find it any chance you can send me a pointer please.

Also  i found this the dally device In the video I cant seem to see the tuning capacitor i was wondering what value you used or freqency you tuned it to I did find some data where the device runs at 100khz approx not sure if that's true or BS.


Here is a video on Harmonics that are related to this problem.

https://www.youtube.com/watch?v=RUpjYDteYcg

AG

[NickZ]

Nick,

good to know that you were able to stabilize the Kacher RF signal (not FM signal).
27Khz on 830Khz is about its 30.7th subharmonic.

It would be a good idea to lower the kacher selfresonance to this 830Khz by adding some turns on the secondary.

The IRFP260N has some 5 times higher (40mOhm compared to 8mOhm for the irf3205) Drain Source On resistance, but i don't think it matter much here
so i guess you can use those.
The problem will be the P-channel fet as these are often hard to salvage.

Also be aware that because of the interrupter the duty cycle of the Kacher is lowered.
Therefor Stalker uses more voltage on the primary by using a DC to DC converter boosting the 12V up to between 50 and 200V  DC, see top of circuit:

Itsu

  Yes,  I see the converter, but I'll try it with 24 to 36v first,  to see what it does.
  I'll be getting something along those lines,  myself. As I have a decent car battery to connect a converter to now.