Kapanadze and other FE discussion

[stivep]

For the purpose of comparing with some information  mentioned by me earlier.
I translated  set of schematics from the same author.
System is stated as verified to work.
I'm responsible  for translation only.
System  includes  many  different options.

set of H quality large format schematic is available .
But it will oversize the page.



Schematic Translation #6 ( look at page 6 )
Tesla said : You can synchronize  work of source S with  Sj  that is similar in nature. or any number of such sources.
gives chance to  amplify  oscillations  and  distribution of them  in any area or organize transport
( distribution of electrical energy produced by Sj to   source S    having in mind  that  these  signals are  reversed in phase.
Tesla N. Lesson M Tesla print 2003 386s page L140
title:  about electrical resonance L-135-L140
======================================================================================
Schematic Translation #5  TV2 winded LEFT          ( look at page 5 )
                                       TV1 winded  RIGHT
==========================================
Schematic Translation #4 ( look at page 4  and 4a )

1.In variant TV2 without resonator use start winding from L res. coils of output , wind from the sides .( you can L res. wind in the middle of the former and  output   on the sides of the former)
Position of indicator  please find  experimentally( start from center  of the former over L res.
You can also try to  pull winds to increase pitch.)  external  look  of TV2 similar to  in Kapanadze.

2. Tr2 you can split to  two independent  current transformers.
3. U resonator ( free oscillations)
4.One of ways to tune:
5. connect  Katcher and tune it to free oscillations adjusting Crest1, L2 and  coil TV2 in such a way  that all of windings of TV2 resonates  in frequency of  Katcher free oscillations.

Connect  inverter now, and  tune it using RV1 and Cres2 to frequency multiple to frequency
of Katcher  is such a way that oscillations of current on L res  are synchronized in zero amplitude of Katcher free oscillations using  adjustment RV3 till synchronized between inverter and Katcher.

Adjust  phase  of windings ,
Length of wire or each coil  make  multiplying (- even) for example:
Resonator  200m( meters), than L res.- can be 1/4 lambda  around 50m, or 1/16 of lambda
or 1/32  of lambda and so on.
You can use also use odd ( not even)  harmonics 1/3 instead of 1/4  lambda and so on.
In such a way you can than wind   output windings.
the main point is  to have all windings of resonator, to resonate at  frequency of free oscillations  (or its harmonics.)

you can wind  around of TV2 (over the TV2,) few winds of wire, Lres or you can do  the same inside of  L res. or inside  of transformer you can insert  pipe  with  longitudinal slot.
there are plenty of options.
Depends from your construction you can add another resonator.
It will definitely work better not worse than without it.

On TV2  OUT1 and OUT2 should be  in opposite phase.(180 degrees out of phase)

<sub>1. Inverter  sinus or resonance- (you can have 50Hz as well)
is creating  traveling oscillations and makes possible to  retrieve energy  at desired frequency.
Retrieving of energy is possible when, "traveling" oscillations  (send oscillations) synchronizes itself with, reflected current oscillations.
Voltage in its   zero amplitude manifests maximum velocity( I can call it the right  point.)

2. synchronizator  is synchronizing  cycle of  inverter 1  and katcher 4
3.  air transformer  is made based on Tesla Transformer.
4. Katcher Borovina creates free oscillations and by that  makes possible  to create "stream"
  "Stream"  is controlled by us   response of  mechanisms of nature in area of energy transfer.</sub>

6_.After you made the device  try than  to change value of resistors,
you will notice that voltage potentials   almost don't change.
You will see however change of current . Properly  assembled  device   pretty stable, even if  parameters of elements are changing.

7. katcher with  self stabilization

8. terminals to connect  battery  during Start.( like Kapanadze  9V)
9.In "stream" based  devices mutual interaction  makes processes to be supported by existence of other processes. Reflected signal in resonance circuit when  in  phase sequence is  supporting incoming signal from another  resonance circuit. By that  amplification of "stream" is possible
_{note: "stream" look at sub-point 4 of point 4.}

10. In effect current in transformer TV2  is flowing due to voltage fluctuation  in  TV1

11.Nominal impedance for Katcher that utilities  field transistor VT2
R1-1.2k Ohm not less than 2W
R2 470 Ohm   not  less than 2 W
You may be in need to  adjust value of  R3 R4 to required value  or you will have problem with   self stabilization.

12. option of self stabilization

13.  Driving Coil (OC)-60 winds. Please wind in the same direction as your resonator .Length Oc should be even ( not odd) to length of resonator

14. TV2  output coils  please wind  in the opposite  direction (OUT1 other than OUT 2.. the same story is with  OUT3 and OUT4 )

15. or like this for small power.

16. Resonator TV2 - right winding.

17. explained in  point 11.

18. control of current

19. TV1 left  winding

20. It should look like this for big power

21. to L res current (look at Tr3)

22.  Voltage on   resonator.

23. Power - Fast diodes

24. balance.

25. to inverter? I'm not sure.

26. TV1 Tesla

Schematic translation #3 
   

Wesley

[stivep]

This is my set for sonoluminescence.
I need to have new resonator  suitable for HA2
https://www.acoustics.co.uk/pal/wp-content/uploads/2015/11/Booster-Amplifier-User-Guide.pdf
_{Images:  corresponds with link from above .}


Wesley

[stivep]

here is set of HQ schematics

Wesley

[stivep]

No power supply self oscillated FE
The difference of potential is created by Metal roof  of 1 story ( 1 floor   with attic )
The  by PhD James Corum from Viziv diameter of the  top capacitor should  be multiplied by factor  of 4 (at best)  to have distance between   earth and  top capacitor  calculated.
Top capacitor  that is elevated to this height is   not ionizing air and not  influenced by  earth.
But that depends from ground properties below the top capacitor or  roof of the  house.
So we may just base on fact that  square area of top capacitor should be as large as possible, but not to large vs height.

Note: In one  of the tests battery was used to power    transistor  from picture 1
The current  inside the light-bulb is so  strong....
( well.. I should say  to be correct:  The voltage is so big,and current is as it is )
that the Tungsten of the lightbulb  is not able to be heated due to internal gas/ vacuum of the lightbulb  momentary  HV breakdown.

Note : simulation of the same can be easily made by placing  flat pieces of sheets of aluminum or copper or even rust protected other metals on the roof or elevated from the ground.
These sheets  can be just edge to edge lying down  and yet touching  one on another .

Wesley

[stivep]

   
          Electrical Energy of Kapanadze
https://youtu.be/yNs2wc8nRJw

Wesley