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Overunity Machines Forum



Kapanadze Cousin - DALLY FREE ENERGY

Started by 27Bubba, September 18, 2012, 02:17:22 PM

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Enjoykin

The Electrical Review from March 29th, 1899

Very important Article written personally by Great Nikola Tesla about the source of OU and much more important informations.

Никола Тесла: "Я обнаружил, что таким способом (Ударом однополярным импульсом по первичке Тесла Трансформатора) можно вызвать движение электричества, в тысячи раз превышающее исходное, то есть переданное вторичной обмотке первичной обмоткой".

Вот патент Николы Тесла № 787412 от 19050418 по поводу трансформатора Тесла
"Способ передачи электрической энергии через естественную среду"

Приведу цитату Тесла из его патента:

"Для максимального увеличения движения электричества во вторичной обмотке необходимо, чтобы ее индуктивная связь с первичной обмоткой А была не слишком сильной, как это имеет место в обычных трансформаторах, а слабой, (k=0.1..0.2) что обеспечит свободные колебания вторичке (отклик): то есть их взаимная индуктивность должна быть малой. Это условие обеспечивает спиралевидная форма обмотки С (вторичке), при этом витки близ первичной обмотки А испытывают более сильное индуктивное воздействие и развивают высокую начальную эдс. После тщательной настройки, выстраивания указанных соотношений и четком соблюдении других существенных признаков движение электричества, вызываемое во вторичной системе индуктивным воздействием первичной обмотки А, возрастет во много раз(CЭ 1...1 000 000 000). Это увеличение будет прямо пропорционально индуктивности и частоте и обратно пропорционально сопротивлению вторичной системы. Я обнаружил, что таким способом можно вызвать движение электричества, в тысячи раз превышающее исходное, то есть переданное вторичной обмотке первичной обмоткой А".

Отсюда следует что количество электричества во вторичной обмотке ТТ не зависит от количества электричества в первичной обмотке. То есть все необходимое электричество порождатся Эфиром во вторичке и зависит только от ее мощности и указанных Николой Тесла параметров, а первичкой однополярным импульсрм это электричество раскачивается. Для этого и создана слабая индуктивная связь между обмотками. Тут никакой закон сохранения энергии не нарушается, потому что энергию берем из Эфира. Поэтому и напряжение и ток во вторичке может быть весьма существенным, а предел зависит от мощности и качества изготовления вторичной катушки. Тут потребление первичной катушки (индуктора ТТ) может быть совсем небольшим. И как много писал Никола Тесла, потребление в первичной системе сильно возрастает из-за неправильного воздушного разрядника (прерывателя) где мощная искра съедает больше от девять десятых всей энергии, потребляемой первичкой. Тесла тоже указывал, что придумал систему, в которой прерыватель совсем не нужен.

Also very important informations from the times of Nikola Tesla 1892

The Standard Electrical Dictionary by T. O'Conor Sloane 1892 год. (pdf)
http://www.gutenberg.org/files/26535/26535-pdf.pdf?session_id=aaeb7bbb1165e83ec384ee92b815670439b63620

Modern Mechanix1937 - TeslaCoil.pdf (2,19 Мб)
http://webfile.ru/1c61a58bfd7eb3a7efc9ca498f21aef3

like_lightning.zip
Размер: 1.34 Мб
http://rusfolder.com/41940831

Jeg

Quote from: magpwr on October 11, 2014, 07:49:58 AM
100ns

Mag, when i finish with my current experimental setup, i will build your circuit as you gave all your care to it. Thanks for all this, appreciate it a lot ;)

The book that you are looking for with those 100 ns info, is P. Lindeman's book http://www.teslasociety.ch/info/NTV_2011/free.pdf It was the book that made me start my OU journey.

Welcome to Enjoykin with his fresh blood and ideas. Thanks for those videos where at last i found in there the confirmation for what i am trying to do right now.

Guys, please look at the attached picture the choke that drives at the end the 220V to12Vdc converter. We want in there to filter the spikes so to make the KHz range signal cleaner. Any idea of how to calculate the needed inductance? And what is the proper winding direction of this? Any idea about the core material?
Tnks


Hoppy

Quote from: Jeg on October 11, 2014, 10:10:59 AM

Guys, please look at the attached picture the choke that drives at the end the 220V to12Vdc converter. We want in there to filter the spikes so to make the KHz range signal cleaner. Any idea of how to calculate the needed inductance? And what is the proper winding direction of this? Any idea about the core material?
Tnks

Jeg,

This is a common mode toroidal mains interference filter choke. See: http://www.itacoilweb.com/eng/inductors_common_mode_sct.html
for an example. The core material is iron powder. These are normally an integral part of a SMPS power units, so I'm not sure why its been shown separated here, other than it was not fitted in the authors PSU.  :-\

Jeg

Quote from: Hoppy on October 11, 2014, 11:00:14 AM
Jeg,

This is a common mode toroidal mains interference filter choke. See: http://www.itacoilweb.com/eng/inductors_common_mode_sct.html
for an example. The core material is iron powder. These are normally an integral part of a SMPS power units, so I'm not sure why its been shown separated here, other than it was not fitted in the authors PSU.  :-\

Thanks Hoppy, as I see there is a lot of info in the net. I ll check it!
By the way you did a nice and beautiful work with those monsters IGBT's. Wish you the best :)

stupify12

Why Ruslan and Akula used TV Yoke Core: Here is a little related explanation.

QuoteThermionic emission - is the emission of electrons heated surface. Thermionic emission current is determined by the temperature of the cathode, ie. E. Energy of the electrons, and the work function - ie. E. Energy, which is necessary for an electron to leave the material. If there is a cathode of the accelerating field, the electrons return to the cathode if the accelerating field is then emitted electrons begin to move and eventually reach the electrode to which a positive voltage relative to cathode, anode. The maximum emission current is determined by the ratio of the work function of temperature, it is called the saturation current. The cathode temperature is limited, in turn, by evaporation of the cathode material, ie. Ie. Lifetime.

Of pure metals and alloys as a thermionic emitter is used almost exclusively tungsten, which has the lowest rate of evaporation (the largest life) at temperatures that ensure the necessary emission. Unfortunately, this turned out to be the best option item with the highest work function, ie. E. Working at the highest temperature. First thermionic cathodes were made of tungsten wire, in this case to obtain a high temperature is not difficult, sometimes later unused electron intensity, ie. Ie. Heated by electron bombardment. Lack of tungsten - low adaptability. It is difficult to handle, it is brittle, especially after heating. To overcome these drawbacks, rhenium is added to it. These alloys are almost the same emission and evaporation is much smarter.

The idea of ​​using alloys as thermionic emitters is also based on the hope that one of the alloying elements diffuse to the surface of another and forming thereon a film (emitting structure) lowers the work function. This idea has always stimulated, first, the efficiency of the cathode of thoriated tungsten, having a monolayer on the surface of the tungsten thorium, and secondly - a common one time erroneous hypothesis about the nature of working successfully oxide cathode (monolayer of barium oxide, barium strontium).


Answer is Barium Oxide or Barium Strontium.


Meow ;D ;D