Kapanadze Cousin - DALLY FREE ENERGY

[AlienGrey]

Hi AG
Iron's atoms can not follow this high frequency alternations. They are much slower in changing direction and if you force it move quicly then it gets hot. Tesla were using rusty iron filaments though for small changes in frequency, by inserting them one by one inside his tubes.

Their you go then! thanks for sharing that info ! Jeg

[Jeg]

Hi all

Here are my Easter eggs in the lab over weekend:
http://i.imgur.com/VpNgiTZ.jpg
http://i.imgur.com/zr5X2oa.jpg

Cheers!

Well done T1000. Can't wait for your results. Have you tried to find your resonant frequencies?

[T-1000]

Well done T1000. Can't wait for your results. Have you tried to find your resonant frequencies?

Glad you asked as no one was even thinking about it

So:
The wire length of grenade coil is 22.5m, the Tesla coil length is 45m.
The grenade coil is made from audio cable, the tesla coil wire
diameter is 0.5mm.
The tube diameter is 40mm
The top load capacitance with the grenade coil wire going to the
ground is 61pF, made from thick wire (around 10mm) used in chargers / welding.
The distance between inductor and top load over wood support and
insulation tape is about 10mm which makes HV coming back to
electronics as middle capacitor plate which is not connected to the
ground.
The inductance of inductor need to be measured for LC series resonance.
Calculated frequencies:
13.333333333333334 MHz full wave of grenade coil
10 Mhz is 0.75 of it which may be close to real frequency.
The 1/4th wavelength of 2.5MHz is 120 Meters. The 0.75 of the
frequency is 1.875MHz and the wavelength is 160 meters for the Tesla
coil. The best harmonics for the kHz range for series LC was in the range of 60-80 (made possible to look easily with the variable frequency multiplier).

So far, the output voltage was about 80-90V without series resonance and Tesla coil. Adding Tesla coil it stepped up voltage a bit. The gutted CFL after the Tesla coil and choke was lit quite brightly without touching anything going to the ground. The PCBs was starting to give a shocks as well due virtual middle capacitor plate from the inductor between the Tesla top load and grenade coil.

Cheers!

[Void]

Hi Guyz 
Well it think it's time for some Recap on Radiant / Electrostatic fields  experimentation Session.
https://www.youtube.com/watch?v=i2VKEhrhfX0

Hi Geo. Nice video. Here's a few comments.

I have noticed the same effect as you in my own tests where it makes a difference on which wire on
the grenade or load the earth ground is connected to. The easiest way to figure out which wire to
connect the earth ground to is just to try it and see which connection side works better.

In your experiment with the two tin cans inside each other, I think it is not really that there is a 'negative'
and 'positive' in the sense we use those terms for DC, but connecting ground to one side of the cans or load, whatever
the load arrangement may be, often can give better results than connecting the ground to the other side of the load.
When working with higher frequencies as we are, things work quite a bit different than the way things work at DC.
For one thing wires and coils and interconnected components can develop standing waves on them, and the specific
connection point of the earth ground can alter where and how these standing waves are formed on wires and coils, and
it also changes capacitance in the circuit. There are many factors at play. The way the whole circuit as a whole is laid out can
also alter the formation of these standing waves in the coils and wires, as, for example, just changing the spacing between
different components can alter inter-capacitance between the components quite a bit and therefore alter the tuning of the entire
circuitry as a whole. That's why it is probably a good idea to fix all the components to a base board so that none of the components
can move before you start doing any serious tuning adjustments in the circuits.

When working in the RF frequency range as we are in these types of tests, the ground wire length can also make
a difference in the way the ground performs as well. This is because changing the ground wire length changes
where voltage and current nulls and peaks appear along the length of the ground wire, which will in turn affect
the formation of these voltage and current nulls and peaks in the grenade coil as well once the ground wire
is connected to the grenade coil. So the ground wire length can also make a difference when tuning for best
performance.

Concrete is conductive enough to act as an earth ground by itself, so the metal tent pole sitting on top of the concrete
is actually grounded. Likewise, when you stand on the concrete in your bare feet you are grounding your body, so
when you held the split aluminum tube in your hand while standing on the concrete, you were grounding the
aluminum tube to the ground through your body. I have mentioned to you a while back that when you stand on the concrete
in your bare feet that you are grounding yourself and that you probably should be wearing rubber or plastic soled shoes when
you are working on concrete with high voltage, and especially when working with a mains connected power supply.
No joke there...

I think it would be helpful in your videos if you placed an analog ammeter in one of the battery leads and showed the
battery current draw when connecting in your different loads, and when connecting in the ground wire, etc.
It just helps to understand better how the circuit as a whole is performing.

Good job on the video Geo...

[NickZ]

  Dog:
   You mentioned, "Attached is a typical high-power Kacher/Slayer circuit.  The driver chip adds extra gain to hard-switch the transistor on and off which makes it run cooler as well as boost the output power."

   What driver chip are you talking about?  My Kacher is just like the diagram you posted, but without the chip.
Have you tried this chip yourself, or are just assuming that it will actually improve and raise the output, and run cooler?

   BTW: the "Exciter" circuit like was used by Dr. Stiffler, and/or Slayer are not the same as a Kacher. They are much more economical on the input drawn, and use a different circuit, but they can't really light any incandescent type bulbs, just LEDs.
At least that what I've seen them used for. 
   
   I've worked with Exciter circuits, Joule Ringer and Cross-Over circuits, Kacher circuit, etz... for quite a while now. And am familiar with all of them, and what they can do.
That's why when I see Nelson, lighting up more that what the circuits above can normally do, I pay attention. And, since not one other person has ever made a Kacher circuit self run, while lighting incandescent bulbs, as Nelson can do,  I listen to what he has to say. As that is the first time, ever, that has been done. 
  He says that now he has even improved that previous circuit, to run even stronger.