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Author Topic: Kapanadze Cousin - DALLY FREE ENERGY  (Read 6452943 times)

Offline stivep

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Re: Kapanadze Cousin - DALLY FREE ENERGY
« Reply #19875 on: May 23, 2018, 02:49:14 AM »
http://halerman.narod.ru/TTCG/Kapanadze.htm
http://matri-x.ru/forum/index.php?/topic/971-%d1%83%d1%81%d1%82%d0%b0%d0%bd%d0%be%d0%b2%d0%ba%d0%b0-%d1%82%d0%b0%d1%80%d0%b8%d0%b5%d0%bb%d1%8f-%d0%ba%d0%b0%d0%bf%d0%b0%d0%bd%d0%b0%d0%b4%d0%b7%d0%b5/page__st__14880
http://www.intalek.com/Index/Projects/MultiSparkGap/MultiSparkGapExp.htm
http://www.intalek.com/Index/Projects/SparkGapExp/SparkGapExp.htm

Мой  знакомый  Царев В.А.(ник - halerman) очень хорошо описал мой
      подход        к        установке       на       своем       сайте
      на страничке
      http://halerman.narod.ru/TTCG/Kapanadze.htm.
      Кое-что он добавил, конечно. Но сама идея хорошо прописана.
       Такой подход мало кому  нравится. Все хотят найти секрет просто в катушке.
       Думаю, что Тариелю это не очень понравится, наверное?
       27 сентября 2011 г.
It was the time of my visit  to Tariel
Translation: My friend Tsarev VA (nickname - halerman) very well described my approach to installation on his website on the page
He added something, of course. But the idea is well spelled out. This approach is very few people like. Everyone wants to find the secret simply in the reel.
 I think that Tariel is not very pleased,


 Wesley

Free Energy | searching for free energy and discussing free energy

Re: Kapanadze Cousin - DALLY FREE ENERGY
« Reply #19875 on: May 23, 2018, 02:49:14 AM »

Offline AlienGrey

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Re: Kapanadze Cousin - DALLY FREE ENERGY
« Reply #19876 on: May 23, 2018, 01:18:28 PM »
But the idea is well spelled out.
This approach is very few people like. Everyone wants to find the secret simply in the reel.
 I think that Tariel is not very pleased,

 Wesley
Years ago I visited one of Don Smith's seminars with the aide of a relatives help all he had was what he shows in his video's.
a dual output neon PW neon driver fed into 2 blocking rectifiers with one capacitor to center tap on one side feeding his transformer.

I remember him saying (emphasizing) the device was (over unity) just like a Microwave cooker he was powering a pile of lamps 100watt on a board
I could see some of them discoloring the the glass the power was that intense you could feel the heat of it, he had a small motorcycle battery powering the device.
there was no way it could last over 30 minuets you would be lucky to power a motorcycle head light for ten minuets let alone 30 it would have just blown.

But it Bloody well worked ! 

Offline NickZ

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Re: Kapanadze Cousin - DALLY FREE ENERGY
« Reply #19877 on: May 23, 2018, 09:28:51 PM »
Nick,

The drivers need plenty of current, so a hefty 15V supply would be required.


Be aware that beside the 3  TC4093's for which you have created space you need an additional one  and an IR2113 for to drive the 3 fets and transistor, see this post of yours:

http://overunity.com/12736/kapanadze-cousin-dally-free-energy/msg521162/#msg521162


I have build the TL494 / TC4093   and the double TC4093's on separate breadboards (middle diagram) and it shows that the pulse coming out of the middle diagram (as shown on the bottom diagram middle left is NOT correct, its inverted (as being shown by Stalkers video).

I will try to also build this lower diagram with the 3 fets to see what the signal on the base of the transistor will look like.


Itsu

   Itsu:   I had missed the last part of your comments, the part about you building up the interuptor Kacher's circuit drivers.And I just saw that now. Great!!!
   Anyways, glad to hear that you've already got it partially together with that project. It somehow doesn't surprise me.

   I am aware of the other two ICs, which will be mounted on a separate pcb, along with the three fets, resistors, diode, etz...
As in Stalker separate Kacher drivers diagram.
   My simple Kacher circuit will still be used, along with it's current 5200 transistor. But, will be modded to include the signal from the TL494/Schmitt Triggers. I just didn't show that because I don't have the needed parts for it, as well as the pcb board itself.
   I have ordered both of the previously mentioned DC to DC converters from China. One 12v to 35v, for the interuptor drivers and another 12v to 55v, for the Kacher transistor's input. Their input will be from a car battery, or my two 12v, 7A batteries.I will probably not use the converter for the interuptor drivers, unless my current 12v and 15v voltage regulators, choke and filter caps won't cut it. I think that they will though.   So, let us know how things go for you, as you're paving the way for anyone else that may be interested in building up these interesting circuits. It may take me a lot longer, but I'm glad that you are with me on this.                                                                                                                                     NickZ

Free Energy | searching for free energy and discussing free energy

Re: Kapanadze Cousin - DALLY FREE ENERGY
« Reply #19877 on: May 23, 2018, 09:28:51 PM »
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Offline itsu

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Re: Kapanadze Cousin - DALLY FREE ENERGY
« Reply #19878 on: May 25, 2018, 12:53:16 AM »

Nick,

Here a video about the first 2 modules i build on a breadboard being the TL494 and its TC4093 to drive the push-pull MOSFETs and the 2 TC4093 which drives lateron the 3th module being the
kacher driver with the 3 MOSFETs

I still am puzzeled by the reason for using the TC4093 behind the TL494 to drive the push-pull MOSFETs, what are they doing?
I see i can delay the TL494 outputs but they decrease the duty cycle at the same time.
Perhaps this delay is needed to sync the push-pull signals with the kacher signal.

Anyway, first module is the TL494 with its 4093 driving the MOSFETs (not in the build).
second module are the 2 TC4093's creating the downward pulse to drive the 3th module which will be build lateron (waiting for parts).

Video with signals etc.  here:   https://www.youtube.com/watch?v=ZMtv2nprgPA


Itsu

Offline NickZ

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Re: Kapanadze Cousin - DALLY FREE ENERGY
« Reply #19879 on: May 25, 2018, 01:01:25 AM »
   Itsu:   I'll watch the video now.  Thanks.  Get some sleep...

Free Energy | searching for free energy and discussing free energy

Re: Kapanadze Cousin - DALLY FREE ENERGY
« Reply #19879 on: May 25, 2018, 01:01:25 AM »
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Offline NickZ

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Re: Kapanadze Cousin - DALLY FREE ENERGY
« Reply #19880 on: May 25, 2018, 01:20:14 AM »
   Itsu:    OK I watched the video,  everything seems to be working properly, so far.
    Good luck with the kacher driver part.
 
    If you listen to his kacher signal,  it sounds like a machine gun when tuned to the right frequency.
So,  this should work great.

Offline T-1000

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Re: Kapanadze Cousin - DALLY FREE ENERGY
« Reply #19881 on: May 25, 2018, 08:12:25 AM »
Hi all,


In terms of katcher control, there are 3 needed:


1) Pulse burst position on push-pull dead-time. This is sine wave top in series resonance
2) Pulse width for katcher on-time
3) Abrupt free oscillations shut-off position for making spikes on Tesla coil


Stalker circuit is just following this. Hopefully that clarify your confusion about additional delay module in circuit.


Cheers!


Free Energy | searching for free energy and discussing free energy

Re: Kapanadze Cousin - DALLY FREE ENERGY
« Reply #19881 on: May 25, 2018, 08:12:25 AM »
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Offline itsu

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Re: Kapanadze Cousin - DALLY FREE ENERGY
« Reply #19882 on: May 25, 2018, 10:25:28 AM »

Thanks T,

so this TC4093 between the TL494 and the push-pull MOSFET (drivers) is a delay module.

But it also seems to influence (decrease) the TL494 output signals individually, so my next quation is what is the TL494 duty cycle setting, is it max. (44% for each channel)
or already decreased to 33%, and then fed into this TC4493?

Regards Itsu


Offline AlienGrey

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Re: Kapanadze Cousin - DALLY FREE ENERGY
« Reply #19883 on: May 25, 2018, 02:42:29 PM »
Katcher control EXPERIMENT!
Hi all Stalker does do it a long way round you could do that with only one chip and a mosfet driver. As in the Nalli circuit, the delay you seek can be made by adding a 4.7k to each output pin driver of the TL494 with a 1 nan down to earth and take off point is the 1n and 4kt on both sides.

Every thing else is done on the following control card to drive the Katcher out put at the correct time.


Free Energy | searching for free energy and discussing free energy

Re: Kapanadze Cousin - DALLY FREE ENERGY
« Reply #19883 on: May 25, 2018, 02:42:29 PM »
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Offline NickZ

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Re: Kapanadze Cousin - DALLY FREE ENERGY
« Reply #19884 on: May 25, 2018, 04:23:47 PM »
Thanks T,

so this TC4093 between the TL494 and the push-pull MOSFET (drivers) is a delay module.

But it also seems to influence (decrease) the TL494 output signals individually, so my next quation is what is the TL494 duty cycle setting, is it max. (44% for each channel)
or already decreased to 33%, and then fed into this TC4493?

Regards Itsu

  Itsu:  It doesn't look like we have much choice in the 33% duty cycle, even if you adjust the TL494 to it's full duty setting.     
  Normally, Stalker runs the push pull at about 43% or so. But, with the TC4093 between the TL494 and the push-pull driver, it may work ok at 33%.  He may make up for the losses of the lower duty cycle, by raising the Kacher transistor input to a higher voltage value, such as the 50v to 200v. OR not?

   I don't understand why some guys are showing the Kacher signal firing on top of the induction circuit square wave, and others are firing it on the off cycle. So, which is it...   In any case, it looks like the Stalker circuit with it's controllable bursts, on top of the induction circuit square wave is the best approach. Or maybe it makes little difference if it's on top of the wave form, or on the off cycle. In anycase, it looks like Stalker's circuit won't fire at the off cycle, the way he has it. So, on the tops, it is.
   EDIT:   I will order the needed parts today, and will have to wait about a week or so, to know if those components are all available.
« Last Edit: May 25, 2018, 06:25:35 PM by NickZ »

Offline stivep

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Re: Kapanadze Cousin - DALLY FREE ENERGY
« Reply #19885 on: May 25, 2018, 04:26:04 PM »
Now I have question do you want me to delete  all of this Itsu and Nick I can still do it ?

 You may ask  Arunas  for help with Translation as well:

Conversation of Wesley  with   Чеширский Кот https://www.youtube.com/watch?v=_9foRzZEZRo&t=613s
Please note that larger part of such conversation is not related to this subject
and  there are few   separate  conversations  taking place there.
find the right  one.
 
Wesley says :
Легкий ответ:
плотность электронного потока в проводнике: электроны разных типов атомов имеют разную степень свободы для перемещения.
С некоторыми типами материалов, такими как металлы, самые внешние электроны в атомах настолько слабо связаны,
что они хаотично движутся в пространстве между атомами   влиянием   изменения температуры в комнате так что нет необходимости  электрического тока в проводнике.
Поскольку эти практически несвязанные электроны свободны оставлять свои соответствующие атомы и плавать
вокруг в пространстве между соседними атомами, их часто называют свободными электронами.
В других типах материалов, таких как стекло, электроны атомов имеют очень мало свободы передвижения.
- изоляционный материал (фольга) действует как среда увеличения плотности электронов)
Если мы хотим, чтобы электроны протекали в определенном направлении в определенном месте,
мы должны обеспечить правильный путь для их перемещения, точно так же, как водопроводчик должен
установить трубопровод, чтобы вода текла, где он или она хочет, чтобы он текла.
электроны могут свободно перемещаться в проводнике.
Они имеют скорость дрейфа 1 см / с, но когда мы видим какой-либо проводник (например, антенну), электрон
фактически не движется по всей длине проводника, он просто вибрирует вокруг своего среднего положения, и его энергия исходит вперед.
============================================
Фактическая скорость дрейфа во многом зависит от геометрии проводника, величины протекающего тока
и плотности подвижных носителей заряда (скорость дрейфа пропорциональна току и обратно пропорциональна
площади поперечного сечения и плотности аряда мобильных носителей). 50 гц,  в России,
электроны не дрейфуют очень далеко.
Большое количество электронов коллективно сдвигают свои позиции....немного, но  ток но может быть весьма высоким
===============================================
Сигналы:
распространяются вдоль проводов на очень высоких скоростях.
Если провод отлично ведет, то скорость распространения сигнала зависит от изоляционного материала вокруг провода.
Это связано с тем, что передача энергии фактически находится в электрическом и магнитном полях.
Вектор Пойнтинга является E поперечным B и пропорционален потоку энергии на единицу площади за единицу времени,
и поскольку электрическое поле обращается в нуль внутри проводника, никакая энергия не течет внутри проводника (!),
олько снаружи, в непосредственной близости.
Скорость распространения сигналов тогда зависит от диэлектрических свойств изоляции, и обычно
- приблизительно 70 % скорости света.
Электроны только текут в проводнике, чтобы удовлетворить условиям электрического и магнитных полей,
повинующихся уравнениям Максвелла на поверхности проводника.
===========================================================
О переменном токе - среднее значение AC тока в цепи должно быть нулевым 
(если не существует некоторое смещение DC)  ток течет назад и вперед постоянно, 
 ========================================
Оппозицию текущему потоку через Конденсатор переменного тока называют Емкостным Реактансом 
который непосредственно является обратно  пропорциональным частоте 'поставки'  питания
Этот фактор непосредственно отвечает за хранение энергии и плотности электронов в проводнике.
поэтому чем больше диаметр проводника, тем выше его способность к временному хранению энергии
Tаким образом это не действительно диаметр, который является важным,  но размер поверхности того проводника.
Он может быть пористым или деформированным.
=======================================================
сбор временного заряда может быть сделан в любой частоте (например частот спектра разрядника,)
но энергия   подается дальше  дальше на резонoй частотe эквивалента LC-схемы этой катушки.
лучшие сигналы для этого - узкие но короткие прямоугольные импульсы HV один из наиболее известных методов
состоит из двух генераторов. О
Oдин генератор дает синусоидальный сигнал на частоте 5-20 кГц, а второй генератор изменяет модулирование синусоида
с узким высоким уровнем девиативного положения
-или лучше сказать положения на этом синусоидальном сигнале (лучшая позиция составляет 5 градусов
после максимального положениa положительного синусоида)
Катушка Капанадзе в аквариуме #1 была сделана из широкой медной фольги, чтобы увеличить ее поверхность.
Если Вы хотите иметь более короткую длину катушки,
Однако две медные фольги,  изолированные фольгой, значительно усиливают емкостное сопротивление эти два или
три или любое их количество - медная фольга должна быть подключена очень точно.
Если вы соединяете последние два конца этой фольги вместе, вы  вынули/вывезли  реактивные компоненты импеданса  в ноль.
Bы не хотите, чтобы это произошло.(бифилярная форма связи).
Поэтому все передние концы должны быть соединены вместе и иметь фольгу между.
Но только один конец должен использоваться с противоположного конца
===============================================
чтобы лучше понять это: - возьмите 10 тонких медных полосок  copper фольги ширина 5 см - возьмите 10 тонких полосок фольги шириной 5 см
Если вы используете высокое напряжение для импульсов, чем изолирующая пленка должна быть более широкой 5см+1 см ~/= 6см
- уложите их один поверх другого.
-Вы можете свернуть их как конденсатор
-  передний конец (все изолированные между медные полоски) припоят вместе.
-  с  другой стороны (10  полос медной фольги) только один  конец использовать длину такого сандвича может быть, например, 10 м
но когда он свернут в цилиндер, он занимает небольшое пространство
Частота резонанса такого конденсатора катушки зависит от его емкостных и индуктивных реактансов.

Quick Translation :
to get a better understanding of this - take 10 thin  copper foil strips 5 cm wide
- take 10 thin strips of foil 5 cm wide
If you use high voltage for pulses than the insulating film should be wider 5cm+1cm ~ / 6cm
- stack them one on top of the other .
-You can roll them up as a condenser
- the front end (all insulated between copper strips) is soldered together but only from one side. That increases  surface of such structure adding to it capacitive reactance.
On the other end  of (10 strips of copper foil), you  only use one end  out of 10.
ther rest 9 ends must be not connected.
to better use the length of such a sandwich  you can:
roll in  all  of them into a  form of cylindrical structure.
Such structure   occupies  small space.
The frequency of resonance of such a coil capacitor depends on its capacitive and inductive reactances.
Spark gap  bandwidth is from single Hz to 1GHz   with one  but significant  High amplitude region.
Collecting energy by such coil capacitor  is taking advantage  of all of that  spark gap spectrum components. 
But  output of coil capacitor (  the far end  of  just  one  of  the 10 single copper strips)  does it  at resonance frequency of such coil capacitor.
 IF you have noticed  Tariel in TENT SHOW used humongous coils  ( not  Grenade) but strange it was to see big bank of AC capacitors next to it) !!!!
I assume but I'm not sure that these capacitors have been slightly modified to to form  described by me here.   
If not  than please take model number  from  TENT PRESENTATION  of such capacitors and you maybe able to find drawings of its internal structure
At the right frequency of  stimulating impulses you  will be able to trigger   interaction of coil #11 ( or otherwise  coil that is connected to the ground with diode)       
look below for instructions.
Note:
by that we may also understand that  use of foil can be replaced by use of capacitors.

How to make electrostatic pump:

          Вы также можете добавить еще одну медную фольгу номер 11 вместе с другими 10 (медной фольгой). 
Этa Медная фольга вообще не подключена другим.
Tеперь соедините эту медную фольгу с заземляющим проводом используя диод между грунтом и фольгой.
Поляризация диода должна быть в ее проводящем направлении от земли до медной фольги.
Вы сделали теперь электростатический насос.
И это - 90 % успеха вашего СE.  (закрутите винтoм орехи  царя)
https://www.youtube.com/watch?v=_9foRzZEZRo&t=613s

Quick Translation :
You can also add another copper foil number 11 along with the other 10 copper foils.
This copper foil is not connected at all to  set of others 10 foils.
but this strip is winded along with  other 10  copper foil strips insulated in between .
Again please understand that  even if these 10 strips are connected  together from one side ,their surface   is 10 times bigger than  single copper strip.
that  work at significantly lower frequencies .
this concept is taken from Tariel Kapanadze  aquarium #1 ( the red coil cpacitor with shiny something in the middle).
You can see from the picture that he soldered all of copper  strips in the middle
and than winded all together.
Than only one from strips was used from outside
I hope you can understand it .

And now connect this copper foil #11 with the ground wire using a diode in between
( using a diode between the ground and the foil #11.)
Polarization of the diode must be in its conducting direction from the ground to the copper foil.
You have now made an electrostatic pump.
And this is 90% success of your FE. ((tighten the screw around the Russian  king's nuts))


It is to much to translate. Try to use  translator  I  hope it will come somehow    logical.
This is due to me being allowed now to go that far  with sharing of information that is in my possession.

-Please  understand that number of strips is not critical.
- It is  just one of solutions of Tariel.
- electrostatic pump is my  own  way to explain  processes
Tariel was able to intuitively   by errors and trials to understand how it works.
Tariel is not  so advanced to be able to  explain why it is  happening. He only knows how  to make it.
Later modifications especially by SR193 have been using slightly  different approach.

Grenade coil  serves partially  similar function using canceling  of reactances in 3D geometrical space of  adjacent coils
It is not only one way to get results .
That is why  I concentrated myself on understanding phenomena .
Honestly ....

Wesley


PS;
1. this schematic of the pump is not mine  and it  applies to electrical equivalent  of water  pump but this is  absolutely  the concept of  electrostatic pump. ( search Free Energy Well Pump to find it  - it is on web side not on video )
2.  kapanadze coil capacitor https://www.youtube.com/watch?v=0Z3S4R_wycU
3. kapanadze coil capacitor  https://youtu.be/0Z3S4R_wycU?t=597
 Please note that frequency of spark gap is very low ~ 20Hz
4. Kapanadze Tent presentation - bank of  capacitors serving as part of coil capacitor  circuitry  Please find model number and internal structure of it
 I did my part you do yours
« Last Edit: May 26, 2018, 01:21:27 AM by stivep »

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Re: Kapanadze Cousin - DALLY FREE ENERGY
« Reply #19885 on: May 25, 2018, 04:26:04 PM »
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Offline AlienGrey

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Re: Kapanadze Cousin - DALLY FREE ENERGY
« Reply #19886 on: May 25, 2018, 07:56:22 PM »
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Re: Kapanadze Cousin - DALLY FREE ENERGY
« Reply #19885 on: Today at 04:26:04 PM »
 Arunas may the ask You for help with the Translation as with the a well:

the Conversation of by Wesley with the Cheshire Cat https://www.youtube.com/watch?v=_9foRzZEZRo&t=613s
Please note Note That larger part of such conversation is not related to the this are subject
and there are few separate conversations.
find the right one.
 
Wesley says:
Easy answer: the
density of the electron beam in the conductor: electrons of different types of atoms have different degrees of freedom to move.
With some types of materials, such as metals, the outermost electrons in atoms are so loosely related,
that they randomly move in the space between atoms the effect of temperature changes in the room so that there is no need for an electric current in the conductor.
Since these practically unconnected electrons are free to leave their respective atoms and float
around in the space between neighboring atoms, they are often called free electrons.
In other types of materials, such as glass, the electrons of atoms have very little freedom of movement.
- the insulating material (foil) acts as a medium for increasing the electron density)
If we want the electrons to flow in a certain direction in a certain place,
we must provide the correct way for them to move, just like a plumber must
install a pipeline so that water flows where he or she wants it to flow.
electrons can move freely in the conductor.
They have a drift speed of 1 cm / s, but when we see a conductor (for example, an antenna), the electron
does not actually move along the entire length of the conductor, it just vibrates around its middle position, and its energy comes forward.
============================================ The
actual drift velocity is highly dependent from the geometry of the conductor, the magnitude of the current flowing
and the density of the mobile charge carriers (the drift velocity is proportional to the current and inversely proportional to
the cross-sectional area and the mobile carrier density). 50 Hz, in Russia,
electrons do not drift very far.
A large number of electrons collectively shift their positions .... a little, but the current but can be very high
============================== =================
Signals:
propagate along the wires at very high speeds.
If the lead is excellent, the signal propagation speed depends on the insulating material around the wire.
This is due to the fact that the energy transfer is actually in the electric and magnetic fields.
The Poynting vector is E transverse B and is proportional to the energy flux per unit area per unit time,
and since the electric field vanishes inside the conductor, no energy flows inside the conductor (!),
Only from the outside, in close proximity.
The propagation velocity of the signals then depends on the dielectric properties of the insulation, and usually
about 70% of the speed of light.
The electrons only flow in the conductor to satisfy the conditions of the electric and magnetic fields
obeying the Maxwell equations on the conductor surface.
================================================== =========
About alternating current - the average AC value of the current in the circuit must be zero 
(if there is no DC offset), the current flows back and forth continuously, 
 ============= ===========================
The opposition to the current flow through the AC Condenser is called the Capacitive Reactance 
which itself is inversely proportional to the 'supply' frequency of the supply
This factor is directly responsible for storing the energy and density of electrons in the conductor.
so the larger the diameter of the conductor, the higher its ability to temporarily store energy
. So this is not really a diameter that is important, but the surface size of that conductor.
It can be porous or deformed.
================================================== ===== The
collection of the time charge can be made at any frequency (for example, the frequencies of the arrester spectrum,),
but the energy is fed further on at the resonant frequency of the equivalent of the LC circuit of this coil.
The best signals for this are narrow but short rectangular HV pulses. One of the best known methods
consists of two generators. ABOUT
One generator produces a sinusoidal signal at a frequency of 5-20 kHz, and the second oscillator modulates the sinusoid modulation
with a narrow high level of the deviative position-
or better say the positions on this sinusoidal signal (the best position is 5 degrees
after the maximum position of the positive sine wave)
Kapanadze's reel in the aquarium # 1 was made of a wide copper foil to increase its surface.
If you want to have a shorter coil length,
However, two copper foils, insulated with foil, greatly enhance the capacitive resistance of these two or
three or any number of them - the copper foil must be connected very accurately.
If you connect the last two ends of this foil together, you removed / removed the reactive impedance components to zero.
You do not want this to happen. (Bifilar form of communication).
Therefore, all the front ends must be connected together and have a foil in between.
But only one end should be used from the opposite end
========================================= ======
to better understand this: - Take 10 thin copper strips of copper foil 5 cm wide - take 10 thin strips of foil 5 cm wide
If you use high voltage for pulses than the insulating film should be wider 5cm + 1cm ~ / = 6cm
- stack them one on top of the other.
-You can roll them up like a capacitor
- Front end (all insulated between copper strips) are soldered together.
- the other part (10 strips of copper foil), only one end of the length of use of the sandwich can be, for example, 10 m
but when it is rolled into Cylinders, it occupies little space
resonance frequency of such a condenser coil depends on its capacitance and inductive reactance.

Quick the Translation:
to the get a better Understanding of the this - take 10 thin copper foil strips 5 cm wide
- take 10 thin strips of foil 5 cm wide
the If you use high voltage for Pulses than the insulating film Should the BE Wider 5cm + 1cm ~ / 6cm
- stack them one on top of the other.
-You can roll them up as a condenser
- the front end (all insulated between copper strips) is soldered together but only from one side. That increases  surface of such structure adding to it capacitive reactance.
On the other end  of (10 strips of copper foil), you  only use one end  out of 10.
ther rest 9 ends must be not connected.
to better use the length of such a sandwich  you can:
roll in  all  of them into a  form of cylindrical structure.
Such structure   occupies  small space.
The frequency of resonance of such a coil capacitor depends on its capacitive and inductive reactances.
Spark gap  bandwidth is from single Hz to 1GHz   with one  but significant  High amplitude region.
Collecting energy by such coil capacitor  is taking advantage  of all of that  spark gap spectrum components. 
But  output of coil capacitor (  the far end  of  just  one  of  the 10 single copper strips)  does it  at resonance frequency of such coil capacitor.
 IF you have noticed  Tariel in TENT SHOW used humongous coils  ( not  Grenade) but strange it was to see big bank of AC capacitors next to it) !!!!
I assume but I'm not sure that these capacitors have been slightly modified to to form  described by me here.   
If not  than please take model number  from  TENT PRESENTATION  of such capacitors and you maybe able to find drawings of its internal structure
At the right frequency of stimulating impulses, you will be able to get the trigger of coil # 11 (or otherwise coil that is connected to the ground with diode)       
look below for instructions.
Note:
by that we may also understand that use of capacitors.

How to make electrostatic pump:

          You can also add another copper foil number 11 along with the other 10 (copper foil). 
This copper foil is not connected at all to another.
Now connect this copper foil to the ground wire using a diode between the ground and the foil.
Polarization of the diode must be in its conducting direction from the ground to the copper foil.
You have now made an electrostatic pump.
И это - 90 % успеха вашего СE.  (закрутите винтoм орехи  царя)
https://www.youtube.com/watch?v=_9foRzZEZRo&t=613s

Quick Translation :
You can also add another copper foil number 11 along with the other 10 copper foils.
This copper foil is not connected at all to  set of others 10 foils.
but this strip is winded along with  other 10  copper foil strips insulated in between .
Again please understand that  even if these 10 strips are connected  together from one side ,their surface   is 10 times bigger than  single copper strip.
that  work at significantly lower frequencies .
this concept is taken from Tariel Kapanadze  aquarium #1 ( the red coil cpacitor with shiny something in the middle).
You can see from the picture that he soldered all of copper  strips in the middle
and than winded all together.
Than only one from strips was used from outside
I hope you can understand it .
And now connect this copper foil #11 with the ground wire using a diode in between
( using a diode between the ground and the foil #11.)
Polarization of the diode must be in its conducting direction from the ground to the copper foil.
You have now made an electrostatic pump.
And this is 90% success of your FE. ((tighten the screw around the Russian  king's nuts))


It is to much to translate. Try to use  translator  I  hope it will come somehow    logical.
This is due to me being allowed now to go that far  with sharing of information that is in my possession.

-Please  understand that number of strips is not critical.
- It is  just one of solutions of Tariel.
- electrostatic pump is my  own  way to explain  processes
Tariel was able to intuitively   by errors and trials to understand how it works.
Tariel is not  so advanced to be able to  explain why it is  happening. He only knows how  to make it.
Later modifications especially by SR193 have been using slightly  different approach.

Grenade coil  serves partially  similar function using canceling  of reactances in 3D geometrical space of  adjacent coils
It is not only one way to get results .
That is why  I concentrated myself on understanding phenomena .
Honestly ....

Wesley


PS;
1. this schematic of the pump is not mine  and it  applies to electrical equivalent  of water  pump but this is  absolutely  the concept of  electrostatic pump. ( search Free Energy Well Pump to find it  - it is on web side not on video )
2.  kapanadze coil capacitor https://www.youtube.com/watch?v=0Z3S4R_wycU
3. kapanadze coil capacitor  https://youtu.be/0Z3S4R_wycU?t=597
 Please note that frequency of spark gap is very low ~ 20Hz
4. Kapanadze Tent presentation - bank of  capacitors serving as part of coil capacitor  circuitry  Please find model number and internal structure of it
 I did my part you do yours
 
  well pump- electrostatic pump.jpg (67.23 kB, 376x320 - viewed 28 times.)
 
  kapanadze coil capacitor.jpg (32.06 kB, 296x250 - viewed 24 times.)
 
  kapanadze coil capacitor1.jpg (217.35 kB, 897x601 - viewed 23 times.)
 

Offline forest

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Re: Kapanadze Cousin - DALLY FREE ENERGY
« Reply #19887 on: May 25, 2018, 09:21:03 PM »
-> Gray describes the operation of his EMA motor as “similar to re-creating lightning.” He says the engineering and scientific world has known this re-creation is possible but hasn’t known how to do it. “When lightning hits the ground, causing a 10-million- volt buildup, where does energy come from to make it from a static charge to a lethal charge? Nobody really knows.” <-[/font][/size]

Offline itsu

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Re: Kapanadze Cousin - DALLY FREE ENERGY
« Reply #19888 on: May 25, 2018, 09:53:41 PM »
  Itsu:  It doesn't look like we have much choice in the 33% duty cycle, even if you adjust the TL494 to it's full duty setting.     
  Normally, Stalker runs the push pull at about 43% or so. But, with the TC4093 between the TL494 and the push-pull driver, it may work ok at 33%.  He may make up for the losses of the lower duty cycle, by raising the Kacher transistor input to a higher voltage value, such as the 50v to 200v. OR not?

   I don't understand why some guys are showing the Kacher signal firing on top of the induction circuit square wave, and others are firing it on the off cycle. So, which is it...   In any case, it looks like the Stalker circuit with it's controllable bursts, on top of the induction circuit square wave is the best approach. Or maybe it makes little difference if it's on top of the wave form, or on the off cycle. In anycase, it looks like Stalker's circuit won't fire at the off cycle, the way he has it. So, on the tops, it is.
   EDIT:   I will order the needed parts today, and will have to wait about a week or so, to know if those components are all available.

Nick,

the "noise" on this thread is once again deafening!


ok, i figured it out, from 16 min into the video he has both the output of the TL494 (yellow) at 45% duty cycle and the corresponding output of the first TC4093 (blue) on the scope.
He then delays the blue (TC4093 output) signal till half way the yellow signal (16:49 min)
He then reduces the TL494 duty cycle from 45% to 33%.
Finally he decreases the delay of the TC4093 signal again to be at half of the yellow (TL494) signal meaning a duty cycle of 28% (on my scope, not shown on his video).

He then reposition the blue probe to the output of the dual TC4093 module.

So the TL494 runs at 33% duty cycle on both channels, and the MOSFETs are driven via the delay TC4903 at about 28% duty cycle (i think he adjust both delay pots to be the same (not on video)).
This 28% duty cycle will probably be enough as we are running the INDUCTOR WIMA cap in series resonance, so no need therefor to raise the kacher primary voltage to 200V.
This 200V is purely needed for creating enough RF power at this reduced duty cycle of this interrupted Kacher.

The video from stalker does not show where on the INDUCTOR sin wave the kacher bursts are positioned, only compared to one of the TL494 outputs.
Where that kacher burst will be positioned on the INDUCTOR sine wave will be shown when all modules are in place, but my guess would be at the top of the INDUCTOR sine wave signal
which is also confirmed by T1000 latest post:
Quote
1) Pulse burst position on push-pull dead-time. This is sine wave top in series resonance

Regards Itsu



Offline stivep

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Re: Kapanadze Cousin - DALLY FREE ENERGY
« Reply #19889 on: May 25, 2018, 10:02:33 PM »
Part#2
 In Tent Demonstration Tariel used   3 phase motor as generator.
There is nothing connected to it.
But it has blue tag for Tariel to be able visually watch frequency of rotation.
Each of phases delivers impulse to just one  set of big coils.
But you may very well use 1 phase  motor as well.
If  powering motor impulses   contains bigger intervals  in between impulses that motor being in free motion now due to its  rotor moving against stator  acts as generator.
Produced impulses are of oposite polarity   when compared to impulses delivered to the motor.
By that simple diode may recognize them as outgoing impulses.
======================================
 But this  is not the most important.
Tariel used  these phenomena to experiment with different generators

-in TENT presentation that was a motor. where each of the windings  of that motor  was dedicated to power one set of big coils.
- in glass table there was 3 motors each one dedicated to one phase only.
- in presentation to me he used  spark train generator used in gas  hot water heater ( NORMALLY APPLIED TO LIGHT UP THE FLAME)
- in Green box we have spark gap producing wide spectrum of frequencies.. but we can not se much  . It is possible that green box was not entirely made with metal allowing coil capacitor inside to interact.
- In aquarium #1 we see clearly presence of coil capacitor and low frequency spark gap
 So spark gap is part of generator frequency adjustment.
 That presence of short sparks but with long silence between them   is indication of the same what I described about motor in Tent Presentation.



For me it is like stop someone in the middle of the sentence  before you would be able to understand what he is saying .
Or if it  is worth to even listen to  him.

My mistake
Now I have question do you want me to delete  all of this Itsu I can still do it ?



 Wesley

PS: the generator is acting as a pump Push Pull.
« Last Edit: May 26, 2018, 04:05:13 AM by stivep »

 

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