Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[Zeitmaschine]

I feel dizzy.

C1 is 3µF, C2 is 1µF. (example values)

Negative cycle (voltage across the capacitors ends up negative)

T 0.00: Each of both capacitors are charged with 1V, positive plate on top.

T 0.00 to 0.25: The gates of VS3 and VS4 are in on condition. C2 discharges via VS4 through the coil T2.

T 0.25: The voltage across C2 is zero. Gates of VS1 and VS2 switched on. Gates of VS3 and VS4 switched off. VS4 stays conductive because of the current still flowing through it.

T 0.25 to 0.50: C1 discharges via VS2 through the coil T2. C2 is recharged by the counter current of T2 through VS4 in reversed polarity.

T 0.50: The voltage across C1 is zero. The voltage across C2 is -1V.

T 0.50 to 0.75: The collapsing magnetic field stored in T2 generates a counter current which charges C1 and C2 to -2V each.

Positive cycle (voltage across the capacitors ends up positive)

T 0.75: Each of both capacitors are charged with -2V, negative plate on top.

T 0.75 to 1.00: The gates of VS3 and VS4 are in on condition. C2 discharges via VS3 through the coil T2.

T 1.00: The voltage across C2 is zero. Gates of VS1 and VS2 switched on. Gates of VS3 and VS4 switched off. VS3 stays conductive because of the current still flowing through it.

T 1.00 to 1.25: C1 discharges via VS1 through the coil T2. C2 is recharged by the counter current of T2 through VS3 in reversed polarity.

T 1.25: The voltage across C1 is zero. The voltage across C2 is 2V.

T 1.25 to 1.50: The collapsing magnetic field stored in T2 generates a counter current which charges C1 and C2 to 4V each.

New negative cycle begins (at T 0.00) with a start-up voltage of 4V (instead of 1V) in each capacitor.

One question remains: How to generate the thyristor control voltage out of the LC circuit itself, so that the free running T1 oscillator is not needed and the control voltage stays always in sync with the resonance of the LC circuit? Then I could try if this actually works ...

[leo48]

One question remains: How to generate the thyristor control voltage out of the LC circuit itself, so that the free running T1 oscillator is not needed and the control voltage stays always in sync with the resonance of the LC circuit? Then I could try if this actually works ...

Little help
the scr power must be turned on with a positive pulse on pin gate with respect to the cathode of 200 mA
do without the transformer T1 is a bit difficult when you need to give pulses to scr and cathodes are
connected to the poles with opposite voltage, if not  finds one with 6 windings can do the job using 3
pulse transformers are typically used to activate the same scr connected in series or in parallel.
As regards the frequency is advisable to work the scr at 100-120 Hz in order to obtain an output in
the 50-60 Hz when the scr have a working frequency low.
Hope that useful .....

Leo48

[FreeEnergyInfo]

You are all welcome to the new year ...

[anandml]

Paramahamsa TEWARI  Space Energy Generator
http://www.rexresearch.com/tewari/tewari.htm

[anandml]

HAPPY NEW YEAR