Kapanadze Cousin - DALLY FREE ENERGY

[NickZ]

  I don't know T-1000, but my input is 12v, which is coming from a 10 amp charger, or from a 12v, 45 amp car battery, or from a new 12v, 7 amp hour gel cell battery, (like Ruslan is using). He is using two of them at 24v. The output voltage at my bulbs has not yet been rectified, nor correctly measurable, with either digital or analog meters.
  Amp readings at the grenade when not loaded, are unknown. But, unloaded, the fets don't heat up, at all, so I would say that about 2 amps, maybe.
  I do know, that my fets at times can boil water for my morning coffee, that's how hot they can get, on a 300w load, not to mention the 700w load, that this device can run, without the grenade/Kacher circuits connected.
  Free energy?  Yes, well, sort of, as the run batteries are connected to a solar panel.

   Starcruiser, the ferrite rod and its inverse coils, will lower the voltage, and raise the amps at the antenna. So, the spark is more intense, and the RF stinging is more intense.
   I'll let you know more about the actual running frequency, at the antenna, or ferrite rod, in a month, or so.
  In the meantime, you can obtain a 3 inch ferrite rod from any old transistor radio. Why guess if the rod is needed, or not? Those results have already been tested by both Akula and Ruslan.

  Quote from TinselKoala:
  "After all, Ruslan and Akula and Kapanadze, with their clearly self running systems producing kilowatts of power without any input at all, haven't been prevented from doing anything by TPTB, have they?"
                                                                                                                      end quote.

  Who knows maybe they have already been warned, and told not to continue. And they are ignoring the warnings. Or they don't need to, if they really have nothing to hide, or, if they don't have any FE working generators, as some folks think.
   Makes me think... why would Akula stop any further upgrading of his second video device, and is leaving it to Ruslan to do so. Now up to 4000w output, or so he says.  Do I hear 5000 watts, now???

[Bat1Robin2]

The tesla impulse is needed to cause the cutoff of the yoke fet drive which reduces its drive pulse width.
Use your scope and watch the drive fet drive signal especially watch the width of the pulse as you turn on the tesla impulse.

This is "the effect" the tesla impulse has on the fet drive signal which makes a dramatic jump in efficiency up to  72%.
I think a complete frequency and pulse width controller needs to be made for the yoke drive fets.
If you double up the tesla impulse you could double the effect by effecting both the fets on the yoke drive each cycle.
This is what i think ruslan is doing on his new circuit boards, it probably raised efficiency to the 90% area.
Scope shots below are directly from the schematic provided, no modifications other than resistor wattage and s1 which does not matter.
Must use same power supply, in order for tesla impulse to return to fet side to shut off FET early.

The first picture is the drive signals with no power to the FETs.

The second picture is everything powered up and showing the Tesla output ringing at mhz freq range. And the drive signal of the yoke FET. notice the shorting pulse width. This is the effect its no big deal just a jump in efficiency to 72%. It will reduce heating of the fet due to the increased off time and allow the unit to drop into a more efficient pulse width.
If you blowing fets then you are not following the schematic or you are pushing the envelope of proper load or drive frequency.
I would like someone to push this project into the 90% range and beyond.

I think a standard torroid transformer with pulse width modulation and frequency control would be more efficient. Due away with the tesla it provides no significant output except for its ability to be a pulse width controller on the yoke drive. But that is already available on ebay called high efficiency inverter.

24 volt input (very important to use 1 single supply for all FETs)

monitor amps and stay under 3-4 amp until you tune output.
I used the trial and error cap changes and each tank.

Once you reach 72% your beyond my help.
Its my belief that is all this unit is capable of doing so far.

[T-1000]

Nick,

The first thing to do there is to have minimum load attached and power supply connected to the output after grenade coil and diodes bridge. It has to have looped power going to the input then you can see how much is still required for circuit to run without bulbs attached.
Then you can start tuning with ground thick wire attached to the circuit. I assume your grenade coil, inductor and Tesla coil wire lengths and windings are as Ruslan described. If so then you also need to check coils polarities on connections. And all wavelengths from induction heater circuit and Tesla coil circuit should match on resonance with coils wires lengths.
One thing to note - on Skype or teamspeak it would be much more clear with understanding and diagnostics..

[NickZ]

Nick,

The first thing to do there is to have minimum load attached and power supply connected to the output after grenade coil and diodes bridge. It has to have looped power going to the input then you can see how much is still required for circuit to run without bulbs attached.
Then you can start tuning with ground thick wire attached to the circuit. I assume your grenade coil, inductor and Tesla coil wire lengths and windings are as Ruslan described. If so then you also need to check coils polarities on connections. And all wavelengths from induction heater circuit and Tesla coil circuit should match on resonance with coils wires lengths.
One thing to note - on Skype or teamspeak it would be much more clear with understanding and diagnostics..

  Yes, I understand your comments, and suggestions. 
   However, I don't have the proper 220v to 24v, power supply, the 220v bulbs, 2000v wima caps, nor the right 10 amp diodes, nor my scope, yet.
   But, in any case, I've been working on a feed-back path now, that is made of a fly back core for down stepping, 1/2 bridge rectifier, going to a capacitor for filtering, and further back to the input side. Once connected it does increase the bulb brightness. But, as I'm still working on this, I'll have more information on it in a couple of days, or so.
  I'll see if the Mazilli/yoke/grenade/kacher  crt, will run on the above feed-back path, without a load being drawn.
I already know that it hasn't, with even a 10w bulb on. But, my Kacher is not really doing it's superpositioning thing, yet, either.
  Lots to work on...

[John.K1]

Guys, what is your experience with the grounding of that device?
If I right remember , my Tesla was tuned to have ±1.8MHz. That is the natural frequency of the Grenade coil (its wire length).
But, nobody was able to explain me , why I do care so much about the length of the granade coil if I extend it by ground cable anyway. When I did, the frequency on my Grenade coil dropped down to around  1.3MHz with much higher peaks at its harmonic around 650KHz.
Funny thing is , when you watch video of A. Romanov he shows  two coils of different properties and when they are grounded, their resonance frequency perfectly match. His value was also around 1.3MHz

Just thinking, what if I will make a granade coil of the length corresponding to ±1.3MHz, The same Tesla tuned to that value and than, ground should be fine as it should not change anything? I guess the GND wire length should be included in the calculation for the Grenade wire length?

Just messing with some thoughts