Kapanadze Cousin - DALLY FREE ENERGY

[Dog-One]

I think that you need to get hold of a suitable signal generator (up to 5 or 10MHz) before you go any further with tuning. This is needed to establish the natural resonant frequency of your grenade coil as a basis for tuning the inductor at a 50th, 60th or 100th of that frequency, or pick a suitable strong harmonic that can synch with a frequency within the range of your kacher.

Yes and while you have the capacitors disconnected for this task, it's probably good to have a look at the grenade resonant frequency for both grounded and ungrounded.  There should be a noticeable difference if you think of the grenade coil behaving like a spring.  When one side is held solid, the frequency should be lower than it would with both ends open.  If the two frequencies are nearly the same, I suspect this means your grounding is inadequate.

[Hoppy]

Yes and while you have the capacitors disconnected for this task, it's probably good to have a look at the grenade resonant frequency for both grounded and ungrounded.  There should be a noticeable difference if you think of the grenade coil behaving like a spring.  When one side is held solid, the frequency should be lower than it would with both ends open.  If the two frequencies are nearly the same, I suspect this means your grounding is inadequate.

Yes, a good point, also raised by T1000 that needs to be included in the tuning procedure. I'm unsure about the need for a really thick earth wire of 25mm sq as has been quoted on a couple of schematics. Can someone please explain the technical reason for this. I think it has something to do with heavy pulse currents that are either going to ground or coming from ground, although I cannot understand this given that once the device is running there is no copper return path to the battery power supply. If its purely for running stability purposes for HF capacative grounding, then I think a much small gauge conductor should suffice? However, if there is a source of considerable aetheric 'free' energy requiring a heavy earth grounding, then it suggests that the induction coil is receiving this energy under the influence of the transmitting tesla / Kacher coil antenna. As has been said before, we need to fully understand the modus-operandi of this device and to do that we need to pinpoint the real source and nature of the 'free' energy that enables the device to be looped for self-running as claimed by a few people.

[NickZ]

Nick, i think the best is to leave the 0.47uF wima without any other (lower voltage) caps, and ONLY add/remove caps from your mazilla to tune.

The screenshot shows a (not pure sine wave, so not in resonance) 400V pp signal, so it will become more when in resonance.
So only use 2000/1600V capable caps there.



I see 8.4 cycles in 8 divisions (set at 50us/div.), so doing it the correct / Tinsel way:

8.4 cycles in (8 x 50 microseconds) = 8.4/(8 x 0.000050) = 21000 cycles per second = 21 KHz

Happy tuning......Regards Itsu

  Itsu:
  I just have a single tuning cap on the Mazilli primary coil, none of my other capacitors will do anything to raise the output there.
  I can correct the shape of the wave form, but it is normally the additional bulbs that are causing it to do that, or tuning caps.
I can make it look like a perfect sine wave, but the output will go down. And, the best output is obtain when using three 100w bulbs, or more.
  So, if I remove additional caps on the 0.47uf WIMA cap,  the output will go down (not up), as mentioned. And so will the brightness of the bulbs. The end result will be the same wave form, and output as I had shown previously, at the 25Khz readings.

  Hoppy: Yes, I know about the signal generator... But, no one has answered if SCOPE probes will work on a SG, as the one that I can borrow has NO probes. I have one new 1x - 10x probe, that I'm not using at the moment, and also a probe with just two crock clips at the ends. CAN THESE BE USED on the SG???

[Hoppy]

  Itsu:
  I just have a single tuning cap on the Mazilli primary coil, none of my other capacitors will do anything to raise the output there.
  I can correct the shape of the wave form, but it is normally the additional bulbs that are causing it to do that, or tuning caps.
I can make it look like a perfect sine wave, but the output will go down. And, the best output is obtain when using three 100w bulbs, or more.
  So, if I remove additional caps on the 0.47uf WIMA cap,  the output will go down (not up), as mentioned. And so will the brightness of the bulbs. The end result will be the same wave form, and output as I had shown previously, at the 25Khz readings.

  Hoppy: Yes, I know about the signal generator... But, no one has answered if SCOPE probes will work on a SG, as the one that I can borrow has NO probes. I have one new 1x - 10x probe, that I'm not using at the moment, and also a probe with just two crock clips at the ends. CAN THESE BE USED on the SG???

Nick,

You could use your scope probe set to x1 (straight through or in some cases 1k in line). However you do risk damaging the probe with any heavy current, so my advice would be get hold of a 50 ohm coax lead with BNC termination and croc clips at the other end, which you might already have from the description of your leads.

As you have been advised in the past, ditch your Mazilli for a tuneable PWM, push-pull oscillator.

[itsu]

Nick,

you can tune the combo (mazilla, inductor coil, 3-turn coil) to get into resonance by either:

# changing the frequency of the mazilla (to match the present (hidden) resonance frequency of the inductor, 3-turn coil 0.47uF cap)   or by
# changing the frequency of the inductor, 3-turn coil, 0.47uF cap (to match the present (known) resonance frequency of the mazilla).

The first you do by using your magnet on the yoke and/or by adding/removing caps on the mazilla circuit.
The second you do by adding more caps to the 0.47uF caps parallel (more capacitance) or in series (less capacitance) but be aware of the possible high voltage there


Don't care to much for the mazilla output for now, just try to find the resonance frequency of the combo.

See also the good advice from Hoppy.

You can use the probe with the 2 crock clips on the SG, i think its the one Hoppy is talking about (looking at the picture of your scope and cables).

Regards Itsu