Kapanadze Cousin - DALLY FREE ENERGY

[T-1000]

http://www.realstrannik.ru/forum/39-kapanadze/134730-generatory-kapanadze-obshhaya-tema-2.html?start=3186#222905
http://realstrannik.ru/forum/39-kapanadze/134930-ustanovka-ruslana-kulabuxova.html#222905
"Ребята ! Это примерная схема конечно же. Так же как и у Дали :S Но ! Как видите, катушка намотана такая же как у Капанадзе или у Акулы. Это бифеляр  :huh: Генераторы точно такие же как нарисованно тут. Их всего 2 !!! Запуск от кроны был возможен только тогда ,когда на ней более 7,5 вольт. Т.е. чтобы КРЕНка на генераторы дала 5 вольт , а вот поливики расскачали кольцо ,на котором хотябы 80-90 вольт для питания нано секундного генератора. Далее... Катушка из кабеля содержит 1/4 волны съёмного бифа и мотается под индуктор. Где и создаётся магнитное вращение Намотка в ту же сторону что и начало бифа !!! Заземляется индуктор + биф съёма (обязательно !!!) Всё остальное не заземлить, стоит диодный мост. Кондёры после моста НЕ ПОЛЯРНЫЕ(если не хотите в лоб банкой от того же кондёра получить) :huh:
Резонанс у меня не паралельный , а последовательный. В связи с этим кондёр включается между катушками ферита и индуктора. И ещё... Как вы видели демонстрацию Дали. Он всё включал по этапно :unsure:
Сперва накачка и затем ударные импульсы. Так вот в одной из коробок в моей установке слева стоит какраз блок питания с такой задержкой. Потому и надо подержать кнопку во время пуска. Затем после этого включается наносекунды и система поднимается до 12 вольт. Я использую импульсный блок питания для самозапита. На запуске стоит мощный диод для развязки блока питания и батарейки. Блок не любит обратного напряжения и глючит защита. Это, ядумаю всем известно. Ниже прилогаю фото генератора наносекундных импульсов. Будем говорить прямо - раздельный блок уже на полевом транзисторе. Ибо эти кт 926 реально задолбали , да и глупости это. Напряжение питания наносекундам надо добиваться не менее 120 вольт.
Кстати,на 2ом фото я пальцем показываю на транзистор и рядом обгоревшая стенка коробки. Это частенько вылетавший транзистор палил защитный по питанию дроссель , а тот в свою очередь портил мне коробку. :lol:
На 3-ем фото установка стабильно работает на лампочки 25+200 ватт + 45 ватт потребляемая самим генератором. Скажу сразу  :huh: Без синхронизации и АПЧ на системе накачки БТГ не стабилен и часто не запускался как следует на разные нагрузки. Систему всё время надо подстраивать на каждое изменение температуры или например настроили на 250 ватт , а подрубаете больше. Именно поэтому в первых видео я не получал стабильной работы при закручивании лампочек разной мощности. :dry:
"

Guys! This is an approximate diagram of course. Just same as Dali :S But! As you can see, the coil is wound around in the same way as Kapanadze or akula. It is bifilar :huh: The generators are the same as drawn in here in circuit. They are only 2! Starting from the 9V Krona was only possible when it had  more than 7.5 volts for making voltage stabilizer  to give 5 volts on generators, just MOSFETs raised voltge on ring which gave at least 80-90 volts to power nano-second pulse generator. Next ... The coil from cable contains 1/4 resonant wave frequency of output bifilar and is winded beneath the inductor where a magnetic rotation is being created (comment: on 90 degrees)   - the winding is in the same direction as the beginning of bifilar!!! The Inductor + output bifilar must be grounded!!!  Everything else have no ground connection, there is a diode bridge (comment: after output bifilar). Capacitors are NOT POLAR after the bridge (if you do not want to get explosion on your face) :huh:
There is series resonance not paralel. In this regard, the capacitor is in series between coils on ferrite and inductor. And yet ... Like you seen a demonstration of Dali. He turned on blocks in stages :unsure:
First pumping energy into coils and then explosive pulses. So in one of the boxes in my setup, the left is just a power supply with such a delay. Therefore it is necessary to hold the "start" button during startup. Then after that, and the system is switching on nanosecond generator and the voltage rises to 12 volts. I use a switching power supply for circuit self powering. At the power input there is a powerful diode for decoupling the power supply and batteries. The PSU does not like reverse voltage from battery and the protection is buggy. Everyone know that, I think. Below there is attached  photo of nanosecond pulses generator. We say straight  - the separate unit already has MOSFET. Otherwise these KT926 bipolar transistors are getting annoying, and it is not wise to use them. In the power input voltage of Nanoseconds generator is necessary to achieve not less than 120 volts.
Also in the second picture I show a finger on the transistor and a charred wall near the box. This is result of often burned transistor which damaged power input filter choke  and the turn it spoiled(heated) me a box. :lol:
On the 3rd photo the device is working stable with 25+200W light bulb + 45 watts are consumed by the generator. I have to say :huh: Without synchronization and AFC ( http://en.wikipedia.org/wiki/Automatic_frequency_control ) in system for energy pumping to coils the free energy device is not stable and often did not run properly on different loads. The system had to be tuned all the time for each change of temperature and in example when it is  adjusted 250 watts load you are adding more load. That is why the first video I did not get a stable working condition of device on screwing in more bulbs of different power.  :dry:

P.S> Someone is trying to censor information there.. Just I managed to save it for offline copy before that.
Anyway, it appeared on http://realstrannik.ru/forum/39-kapanadze/134930-ustanovka-ruslana-kulabuxova.html#222905

[d3x0r]

duplicate of above...

[NickZ]

 For anyone that would like to send me some a few 18volt, 5 WATT zener diodes, please PM me, and I'll respond with my e-mail address, as well as my mailing address.
   Thanks,
               NickZ


   Has anyone from this forum obtained any useable self running results from their circuits yet???  As there is a lot of speculation, but no real results. Or, is there?

[stivep]

I have never formulated exactly my best wishes.............................It is the first time.




What are my best wishes?

I would love to  face funeral of oil-energy  industry being still alive and not imprisoned
And if that  happened I will still make  a lot of money along with anyone else in the world who instead of  buying the device decide to build it
  patent free( no licences and no restrictions other than safety)






Wesley

[Jeg]

Your additional dots are not nessicarily right; if I take a bifilar coil and short end-end and drive with ground/power at start-start, I can still pickup a signal to light up an LED with a smaller coil that's conventionally bifilar.... at a frequency that is the same as driving only 1 of the bifilar windings on the primary... although the inductance reading should be near 0.


primary is 134uH, and 134uH, and together they are 30uH (the meter doesn't really read below 14uH)  (30*4 is 120 which would be 2 coils in parallel?)


together resonance is at 3.1Mhz
driving one half or the other the frequency is 2.11Mhz 


so if you assumed that the coil was at 1/4 inductance because of 2 coils in parallel... then the frequency shouldn't be 2/3 (66%)


----
Edit: Another test... quad filar coil 2 used... 1 winding is 7.99 mH, another is 9.2mH, together they measure 800uH
Using 1 or the other or both they all make the pickup coil light at 2.1Mhz (but then definitely for these coils, it is really the resonance of the secondary that is dominant when getting the LED to light... (like no matter what i use for a primary, it ends up being a 2.1Mhz frequency... assuming the primary is low enough frequency itself... if it is too high of inductance, it can't respond fast enough to make a 2.1Mhz output... )

If I understand well you mean that by using a bifilar we drop inductance so for the coil to be able to resonate at higher frequencies with more length of cable? Nice idea thanks!

Are u or anyone else, familiar with this type of waveform? It is 50hz with 27Mhz superimposed on it. At the maximum of the peaks there is an oscillation reaching each time the zero level. I take it in a circuit like Alula's in the previous page, at the input of T2. Is it right?