Kapanadze Cousin - DALLY FREE ENERGY

[forest]

v8carlo
could you give us a schematic with explanation of your words ?
I found this video also : https://www.youtube.com/watch?v=L6LngS-rwAY

[forest]

https://www.youtube.com/watch?v=xPPJWDPonCU

[AlienGrey]

Привет NickZ

Thanks for your reply. If Akula didn't answered to you - you can ask Vitaly aka Tiger 2007.  He has personaly visited Akulaand gave him many useful instructions. You should contact him on http://realstrannik.ru/forum.html. Login and ask him - Try maybe he will said you some important informations. He have a great experience and many years in research and experimentations.
......

About Akula device and your schematic.

I think you have correct noticed some errors in T100 schematic.  They are several. First is: NF 100 HZ modulation of TV yoke. It's wrong. Akula used about 35kHZ-50kHz in his induction heater. He used powerful IGBT transistors with low Rce heavy cooled drived by High Current Driver IR2110 or 2113. TL494 can't give more than 260mA on output to charge gate capacitors of IGBTs as fast as possible or 520mA in parallel but you should make another inversion of signal for other transistor. Better aproach is using some of special driver for it. Of course you can make your own high speed driver with superior current output capabilities, Problem in self made driver is you need good oscillograph to check the signals and signal paths to avoid ground looping and self oscillations on input. In such high speed driver the carefull and optimal desing of PCB is crucial thing. If you didn't done this befor better take factory driver. Some of them UCC37322 UCC27425 IR2153 TC4420 etc. For long time application you shouls think about Water Cooler for transistors.

Wire for your TV yoke windings is not good. Use very thick wire both for primary and secondary windings 10mm²-20mm².
If you haven't such thick wire make it from 4-6 wires like wires on your photos, twist them all with some Electric Drill and wind on TV yoke. If need use bigger TV yoke.

Second. 50 Hz modulation can be done using output of invertor 12V/220V 50Hz. Look on SR193 transformer and especially L2 coil carefully !! It have 2 opposite Bifilar Coils in counter-plan with several centimeters space between. Start of one connect to the end of second. Bifilars must have great number of turns with a thick wires. For example like in schematic i have posted earlier  2 insulated wires 0.75mm² 40-60 turns wounded together in parallel and conected if bifilar manner for one bifilar and same do for 2nd but wound in counter plan (like head wind) with space 7-8 cm or smaller. Both coils must be freely moving along the same axis for fine tunung. Both end conect with invertor output 220V/50Hz.

Third Output coil.
Clasic coil with 80-100 turns thick wire 2.5mm²-3 mm² in good isolation.

Fourth Inner coil or lambda/4 choke coil
Inner coil should be choke of many turns of thin enameled copper wire conected on good high voltage impulse capacitor with low ESR. Choke should be lambda/4 or multiple of lambda/4 main oscillator frequency 35khz-50khz. Use microwawe owen HV capacitor. Also other capacitors should be impulse type HV with lowest ESR and working voltage mor than 1kV.

You need one coil to take some output power for about 100-120w, rectify it and bring it to inverter input in for of direct current 12v,10A heavy filtered to power your invertor and electronic. Try to get anywhere one oscillograph and signal generator. You should have it for tuning and experiments. Try on ebay you can obtain nice osciloographs from 50 bucks to 250,000!! Or change your mobile phone for low price oscillograph. When tunig 50Hz modulation windings on Double Bifilars maybe you shoud connect one or two non-polarised capacitors is series with them or some incandenscent light bulb not led bulb. Main oscilator should run on 12V accumulator. Must be very good shealded and shield grounded. For ground use heavy cooper bars sticked in your backyard and heavy flooed with water. Ocean water is perfect for it !! To rise power transfer try ferrite sausage. Make it from many ferrite rings about 4-5 cm in diameter glued together or you can experiment with alumina, copper, brass, silver tube inside your coil. Tube need to be cutted along the whole lenght to avoid electromagnetic short circuiting.

NickZ have you built oscillator on TL494 with independent tuning Скважность (reciprocity of Duty Cycle) and Frequency?? If you did give me schematic i would like to see.
Nick Vitaly DON'T speak english so no sence to ask him to come on english forum. I said log yourself on Realstrannik  forum and ask people there !! Use translator for example
http://www.translate.ru . Ask short and precise questions and i think some of people will answer you !!


some useful information here

[AlienGrey]

L1  Ferro magnetic resonance coil

L2 none inductive coil

L3 removable coil (think he is saying it can slide up and down

Note 'Realstrannik' is now debunked ( it means none exist-ant (itsu'nusable) 

SIL

[v8karlo]

v8carlo
could you give us a schematic with explanation of your words ?
I found this video also : https://www.youtube.com/watch?v=L6LngS-rwAY

Forest,


There is no shematics.
It is Tesla with bifilar secondary. Primary low turns. Bifilar secondary high turns, anyway more  than primary.
Bifilar secondary is not connected in middle.
For output use opposite ends of bifilar. Inner ends are not conected.


It should not output anything at all. But it does, like normal coil, and it have no Lenz, because it is not connected and current does not flow.
It acts as coil capacitor.


Without Lenz, just imagine what you can steal from resonant circuits.?


It is effect, not found in any books.
For picture of coil read posts of ToolOfCortex and WhatIsIt,
they both posted picture of coil connection.
WhatIsIt posted it as ancient symbol of health,
where you can see what ends of bifilar you have to output.


If you use another Tesla coil in proximity it will add field strength
to bifilar secondary.


So , 2 Tesla coils can be merged into 1.
One is for field strength, second with bifilar secondary for output.


You have to look to achieve bifilar secondary to output,
which works at most frequencies higher than 1 khZ,
and most of duty cycles.
When you achieve output from bifilar coil,
another Tesla coil field is for adding amperage to bifilar output.


So, you have 2 Tesla coils in 1 with 2 purposes.


In Akula and others, what you see?


Tesla coil with bifilar on top. 2 Tesla coils in 1.


It works as coil capacitor without current flow. Does not kill source.