Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[Jeg]

Nice job Mag and thanks for the info!

In what frequency will you tune your smith secondary? At input frequency of 230khz?

Do you know if I can connect some voltage regulators like 7812 in series? I want to use it as a quick dc voltage step down arrangement. I don't have any wattage resistors in hand so...



 

[starcruiser]

Hi MenofFather

Thanks for answering my question.. I really dont know the price of ferrite and maybe your right thats the best reason why no body use ferrite. I was thinking to make a tesla coil that doesnt need tuning and the only way i can think of to do that is making a tesla coil with ferrite core. Suppose I have a ferrite transformer, one of the secondary terminal is connected to the ground and the other is in the torus. Then I send a voltage to the primary coil and when the core reach its saturation, the voltage source is cutoff. Now the secondary will oscillate on its natural resonant frequency so no need for tuning. The frequency of oscillation depends on the inductance of the secondary coil and the capacitance of the ground and torus.

Self tuning tesla coil driver you mean? Easy, you use a small pick up to allow the secondary to self trigger its drivers, the schematic below shows this, the 555 Oscillator cab be use to provide a 50Hz or 60Hz modulation as well.

[magpwr]

Nice job Mag and thanks for the info!

In what frequency will you tune your smith secondary? At input frequency of 230khz?

Do you know if I can connect some voltage regulators like 7812 in series? I want to use it as a quick dc voltage step down arrangement. I don't have any wattage resistors in hand so...

hi jeg,

It will be around 210...230khz depending on the LC resonance.Can never solely rely on capacitor value indicated on capacitor it's never 100% accurate there is some tolerance like a 10% resistor.

Those 6 x TLP705 will be powered by 7820 regulators which isn't common.7820 will be powered by full bridge rectifier(output protected by P6KE33CA TVS diode to prevent exceeding 36volts for regulator) which derive it's power from few turns  on different areas of large green toroid(3 inch) giving around 0.5mm...1cm gap between each winding/section.(This is my upcoming plan,nearly perfected variable high voltage capacitor supply at the moment)
TLP705 merely consume < 15mA when connected to CREE IGBT with gate capacitance less than 1nf.In theory using 6 x TLP705 without taking low frequency step up driver for the large toroid would would consume less than <100mA.

Received 1nf 12KV (vintage rus mil grade green doorknob capacitor which support high RF Amps) is one of the key components merely for primary stage.It's the white capacitor as seen in pjkbook.This is connected to collector of the 6 x IGBT in series.


Yet to figure out how "the field capacitor with high Q which they feared should not exceed 10KV as describe in forum" is constructed using copper sheet with gap in the middle as seen in photo pkjbook.The use of silver or silver rod is also mentioned.Taking a look at the field capacitor in pkjbook would reveal where this silver rod is located at the back of assembled cap.I think TEFLON is also used in the construction of the field capacitor.At this moment it's only 60% knowledge of know how and the only part of this device which i don't understand 100%.

The reason i'd believe why they manged to keep at at around 2amp at 12volts to power device is because i believe they are using RF power(~225khz at around 1KV supply) for 5 turns primary winding.1nf is connected in series with (5 turns primary winding with capacitor in parallel)the other end is connected to field cap then back to hv cap postive supply. This setup is not the same as typical inductive heating coil\cap setup which is connected to IGBT collector in series which consume more current.

[Jeg]

Hey Mag

In relation with Don Smith replications, I have conclude that if you don't raise the frequency at the output compare to the input then there is no any ou effect. In general, the higher the frequency the higher the energy. If I put at the input for example 1Mhz and then I tune to 1Mhz, then I will take the energy that I give at the input minus system losses. No ou! But if I give some energy to the primary for 1Mhz oscillations, and I make my secondary oscillating at 250Mhz as Don Smith, then the extracted energy which follows the square law will be much higher!
Unfortunately, I can't prove it because in my replication attempt I couldn't rectify my 50Mhz HV output signal as I couldn't find appropriate diodes and I stopped my replication to that point. When I'll make my Dally tests, I will come back on this.
By the way, yesterday I land again to the ground. My dally output is not more than the input. I miss something but I will try again! 

[zcsaba77]

Hey Mag

In relation with Don Smith replications, I have conclude that if you don't raise the frequency at the output compare to the input then there is no any ou effect. In general, the higher the frequency the higher the energy. If I put at the input for example 1Mhz and then I tune to 1Mhz, then I will take the energy that I give at the input minus system losses. No ou! But if I give some energy to the primary for 1Mhz oscillations, and I make my secondary oscillating at 250Mhz as Don Smith, then the extracted energy which follows the square law will be much higher!
Unfortunately, I can't prove it because in my replication attempt I couldn't rectify my 50Mhz HV output signal as I couldn't find appropriate diodes and I stopped my replication to that point. When I'll make my Dally tests, I will come back on this.
By the way, yesterday I land again to the ground. My dally output is not more than the input. I miss something but I will try again!

Hi

Are you not try step-down hv to normal voltage or after d. bridge put unipolar caps?

regards zcsaba77