24 сектора на 1 оборот ~ 300 кгц прерываний , движок 11000-33000 оборотов.

Плоская катушка с нее съем.

Магнитные сектора залить эпоксидной смолой, не улетели. Для безшумного режима жесткий диск от компьютера, с драйвером , от него зависит выходная мощь, чем выше частота, тем больше тока.  Драйвером можно управлять программно, с заранее заложеными параметрами скорости вращения под конкретную нагрузку (Чип памяти КАПАНАДЗЕ)



24 sectors 1 turn ~ 300 kHz interrupt engine speed 11000-33000.

Flat spool of her rent.

Magnetic sector pour epoxy resin, not gone. For noiseless mode the hard drive from the computer with the driver, it determines the output power, the higher the frequency, the greater the current. Drive can be managed programmatically advance Nasal speed parameters for a specific load (Memory chip Kapanadze)

 I wanted to go in depth with my theory and subsequent experimenting on the Old Tesla patents.


http://www.teslauniverse.com/nikola-tesla-patents-381,970-electrical-distribution


 That is a special transformer Tesla designed. If you read the text further down in the descriptions you will find this comment:


"The combination, with a core closed upon itself, inducing or primary coils wound thereon and connected up in independent pairs or sets, and induced or secondary coils wound upon or near the primary coils, of a generator of alternating currents and independent connections to the primary coils, whereby by the operation of the generator a progressive shifting of the poles of the core is effected, as set forth."

 The part where it says "and induced or secondary coils wound upon or NEAR the primary coils"

 The Generator designed by Tesla in the previously shown patent has the Secondary(Rotor) of the transformer wound near the primary. This is the premise I am running with in implementing the patent the way it should have been. Instead our current generators were bastardized and modified to suck as much current as possible. My take on this is if you have a commodity you want to design inefficiency in the units to make the commodity more valuable and increase your income from that commodity.

 In reality if we read Tesla's notes on this form of electricity you will find that it doesn't induce anything but actually is excited by the electric field. If there is a magnetic field it would only work against the generation part of this dynamic transformer. Indeed if this form of energy is static then we must apply rotational momentum to get it to supply current.

@all

I forgot to mention something about the coax. You should be able to find good coax cables made  for microphones and electric guitars that have very generous top quality shielding with a nice stranded center line to augment skin effect.

If I remember correctly there is a brand name like Canare that you can find on ebay with original blue or orange colors.

wattsup

Itsu, watsup:

http://www.energeticforum.com/renewable-energy/4864-donald-smith-devices-too-good-true-244.html#post208715

 http://www.liveinternet.ru/users/edward_lee/ - Dally blog web page for those who are interested.
 
 "Ну и теперь по теме , то есть по установке:
 Ð’ установке два генератора , один генератор раскачивает преобразователь на ферритовом трансформаторе для питания генератора наносекундных импульсов и соответственно для подачи напряжения на катушку, далее катушка: состоит из кластикового каркаса и содержит 3 обмотки, одна обмотка - провод приблизительно 0,25- 0,3мм (точно скажу только когда разберу ее с точными замерами, когда-то мотал мини Теслу, потом она обрастала дополнительными обмотками в ходе экспериментов ). Далее поверх нее обмотка проводом 0,65мм (назовем ее резонансная , она подключена только на конденсаторы 1,5мкф Ñ… 400в). Далее обмотка коаксиалом 50ом( ранее применялся в компьютерных сетях) получается бифиляр - конец обмотки закорочен - нагружен на генератор наносекундных импульсов.
 ÐÑƒ и сверху намотана обмотка для съема.
 
 ÐžÐ±Ð¼Ð¾Ñ‚ка съема нагружена на диодный мост, после диодного моста стоят конденсаторы (Обязательно не полярные! Полярные не выдерживают и прошивают или за несколько секунд надуваются!)
 ÐŸÐ¾ÑÐ»Ðµ выпрямителя я нагрузил лампой 20 Ð’Ñ‚ ну и соответственно блок питания для самозапитки.
 ÐÐ¾ еще, у меня блок питания заработал только из четырех один, причем старый АТ. Один не заработал вообще, два быстро вышли из строя.
 
 Ð”иодный мост между конденсаторами и катушкой обязателен! Без него нет стабильности работы! Если кто то будет меня учить схемотехнике - я знаю, что в блоке питания стоит свой диодный мост, но так работает намного лучше."
 
 Here is translation

 "And now about circuit:
 The device has two generators. One generator excites inverter for powering up second generator of nanosecond pulses and powers up main coil. Next - the coils. The coils is winded on plastic core material and contain 3 windings:
 First with wire about 0,25-0,3mm (will say exact measurements when I will unwind coils. It is ex-Tesla coil with additional windings added in later experiments). Next coil is on top of first is resonant coil with wire diameter 0,65mm (will call it resonant coil because it has connected only capacitor with capacity 1,5 micro farrads x 400V). Next coil is 50 Ohm coaxial cable (earler it was used as computers network cable) - it becomes bifilar because one end is shorted and second end is connected into generator of nanosecond pulses.  And the last coil on top is secondary for load.
 
 The secondary coil is loaded to diode bridge and after diod bridge there are capacitors (must be unipolar! polar are not lasting long and get broken over few seconds!)
 After diode bridge I did connected load of 20W and computer ATX power supply for self running circuit.
 But additionally, only one from 4 power supply started to work and it was old AT PS. One did not worked at all and 3 blew up.
 
 The diode bridge between capacitors and secondary coil is a must! Without it there is no stability in working circuit! If somoeone would try to teach me about circuits - I already know about diodes bridge in power suply but wit additional diode bridge it works better."

Good luck!

----------------------
Coil Data:

About Coax. Coax is an original 50 om impedance, old Computer Local Area Network LAN coax. I give a specification for 50 Om RG58, coz it have the same impedance of 50 om, but i am sure you can use 75 om coax from TV sets for the first time experiments.

About 1st coil. The first coil was wounded long time ago and originally was a secundar of Dally's Tesla Coil experiment. Wire is according to him 0,25mm - 0.3mm magnet wire. I think you can use a smaller diameter than 0.25mm. Second coil or resonance coil is 0.65mm. Also i think you can use 0.6 mm as you have done.

And last 4th coil is from special avionic wire. The lenght is shorten coz Dally haven't got a wire for a full winding lenght so he have extended this wire with ordinary electric PVC wire. He was trimmed the lenght and he don't know exactly lenght of load coil. It's between 70-80 turns. This need to be checked but you can make here more turns till the end of plastic PVC water pipe. Put a more windings and later when trimming you always can cut remain of wire. This coils need to be very well isolated coz under this coil is HV coax bifilar coil. Use PTFE for isolation in several layers between coax and this coil. Later when you pump more HV pulses in Coax, isolation need to undergo more than 10kV HV peak nano pulses.  I think you don't need to keep exactly 1:1 specifications, coz this is research project and you always need "FREE SPACE" for your moves. Once when the principle was known and understood to you, you can make evertyhing you want !!


----------------

How about that toroid? is that a standard component from something? 

Hi Antanas,
 
May we have a little more info on the grin box ?
 
Penno

VIEV ....
www.realstrannik.ru/forum/44-freeenergylt/83288-generator-se-ot-nikoniko.html#83288

Itsu, watsup:

 Here is translation

 "And now about circuit:

Thanks a lot for this info T-1000, so it means that even the creator of this device is not sure about the used wires of his coil.

Well, i finished my main coil and did some measurements/testing, including HV puls testing on the coax.
Here is the data on MY coil:

Cardboard former 5cm od

L1 690t, 0.4mm, 3.3mH, 14.5 Ohm, selfresonant (so no cap) on 2.4Mhz   (magnet wire)
L2 380t, 0.6mm, 1.5mH,  0.5 Ohm, resonance with 600nF cap on 5.071Khz (magnet wire)
L3  41t, 75 Ohm coax (tv) foam pe isolation, velocity 78%, 1 end shorted
L4  64t, stranded HV, 72uH, 0.8 Ohm, selfresonant (so no cap) on 4.8Mhz (Belden 24Kv HV cable)

Video of the testing here:  http://www.youtube.com/watch?v=utkIltw6WrU&feature=youtu.be

Great questions from d3x0r: "How about that toroid? is that a standard component from something?"

I also am looking for data on that toroid, like diameter, type/make, number of windings (4?), number of turns, wire used etc.

Anyway, parts are on order for the Main generator and for the pulser, it will take a while for them to arrive.

Regards Itsu