Kapanadze Cousin - DALLY FREE ENERGY

[lost_bro]

I would like to ask you for one more opinion.  I use my "Antenna" as acouple turnes of bare coper tube. Ruslan shows his "Antenna" as a thick wire with thick insulation. Antenna has  influence on the output frequency- I guess because its capacitance. Does make sense the thicker insulation reduce the self capacitance (capacitance between the turns?)  In my mind is an Idea to 3D print a support which will isolate the turns from each other but the coper tube will be open to normal vector of the inductor coil.  Would this help to reduce the effect of the frequency drop and to keep still enough of open air for its ionisation (or what ever is going on there   )?  Is number of turns important. I have 4 and I am thinking to reduce it to 2.

Thank you.

Good day John.K1

I'll throw my two cents at ya'.......

Adding any type of insulation to an inductor will *increase* capacitance across the inductor and reduce the system 'Q', affecting bandwidth.

The actual question is: What type of system are we dealing with, and Will it affect it?

In a low impedance system, added stray capacitance across the inductor is usually small when compared to the needed/required  *external* capacitance of such a system, (ie: example would be a resonant tank circuit).  In this case the *extra* added capacitance resulting from the insulation may not even be noticed.........

Check out this website for some really interesting reading concerning Antennas and inductors.

http://www.w8ji.com/loading_inductors.htm

take care, peace
lost_bro

[John.K1]

Hi Bro.

Thank you for that interesting document.
Please correct me if I am wrong.  High impedance means the wave is terminated and not reflected back.  Low impedance is opposite to high. We expect from antenna to behave as the Tesla's top capacitor. Tesla works at 1/4 wave ,which is reflected back from the top?  So we do we deal with low impedance? Does it means we need as less of self capacitance as possible. So the shape of the coil should be more square  (the length = diameter)?  And if so , how far should be the turns from each other?  Ruslan was talking about the gap between antenna and the inductor for two fingers. Do you see any reason for this? Smaller diameter would short the length of the antenna.

Thanks for info

[NickZ]

    John.K1:
  My advice concerning the antenna/capacitor coil,  is to follow the instruction of the video, or schematic. 
  There are:  6 turns of insulated wire 6mm thick, and two fingers placed between the inductor coil and this antenna coil.
  It covers from the end of the 168 turns turns coil, to the middle or center of that same coil.
  There is a reason that Antenna/Capacitor coil is not wound right on top of the other coils. The reason is that it needs to have a loose coupling for it to work properly.
 

[magpwr]

hi everyone,

Using old Akula out door video-
Just for curiosity i am using rectified mains from 12volts to 220volts pure sine-wave inverter to power my toroid only in order to know the kind of voltage and waveform i would get
from 3.5 turns and 28turns on my large nanocrystalline toroid.

By lowering duty cycle of circuit to 6.8% duty(For safety reason) at 34khz.I found that the output of 3.5turns is producing 380Vpp and 28turns is crazy 2.8kv using around 5Amps x 13.8volts.

I have just upload a video in youtube  -  http://www.youtube.com/watch?v=gcnzRXSxKdE

I am able to light a 60watt bulb just from 3.5 turns 6mm sq which does not alter the waveform at all.

I am trying to know what kind of voltage is Akula might be using in his old outdoor video which he is using 12volts->220volts mains inverter rectified then to provide power for the toroid.
I am very surprised that 28turns does generate really high voltage 2.8KVpp.""I do ponder now if 32kv is highly possible from the tesla Antenna"".
I am using IGBT 1200volts avalanche rated 25Amps which is used in commercial induction heater.

I have attached the old Akula video for reference-
http://www.youtube.com/watch?v=Ltf3UEv1Wnk

[SolarLab]

F.Y.I.

Parametric Resonance

[important "key" elements within this paper]

http://www.aias.us/documents/miscellaneous/LCR-Resonant.pdf

Simulation of a Parametric Resonance Circuit; paper by Franklin D. Amador, Horst Eckardt
A.I.A.S. and UPITEC (www.aias.us  www.atomicprecision.com  www.upitec.org)
March 30, 2012

Abstract
Special resonance circuits are investigated with circuit elements being parametric, i.e. variable in time. It is shown by simulation that energy from spacetime is possible in certain cases. A variable capacitance can give rise to giant oscillations, widely exceeding the limit of classical resonance theory. The resonance can be limited to final values by a special design, making such devices relatively easy to construct.

Part 2: Simulation of a Parametric Oscillator Circuit (same authors as above)

http://www.aias.us/documents/otherPapers/LCR-Resonant-2f.pdf

Thank you: "shtams," "yuriy61," "academic.ru,"  "ruslan," and the above authors, (et. al.)

fin...