Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[Ghazanfar_Ali]

@Baroutologos and Hartiberlin

U both are right. It is having more input stored as an Initial charge in C2 4700uF. But again I just wanna say that the circuit etraps that energy and it oscillates with in the circuit. The kick offs thus produced in L1 during falling edge of each pulse are too high to drive the bulb and at the same time sends back emf to 4700uF cap. It is the same principle in which we protect input stages of Kapgen using diodes or buffers. Here I did not use any protection and the energy coming back towards C2 is charging it. And the cycle goes on till the baterry driving the pulse gen is depleted or go below 3.5V. Interestingly if I connect the load i.e 150 Ohms or greater to the circuit before switching on the pulse generator, it drains up the whole charge of c2. So the pulse gen should be powered on before connecting the load. Load below 140 ohms never allow me to re-charge the capacitor again and again. Value of C1 and L1 is calculated basing upon formula for resonant freq for LC tank cct. 1/(2*pi*Sqrt(L*C)) and is same as the freq of the pulses from 555 Timer with 50% duty cycle. U have to fine tune either L1 or C1 to achieve the resonant freq, where the bulb glows to its Max. I tuned the tank cct using LRC meter and my DSO-5200A oscilloscope. C2 4700uf has the threshold value below it i didnt get self running phenomenon and Initial charge of 24 V DC in C2 is the threshold below which Oscillation does not start rather it becomes a damping function. If u see my last two posts. The damping is clear for sometimes initially but then it is overcome by the sufficient charge c2 gets from back emf. And at 50V Initial charge it is stable from the start. I have tested it in ORCAD as well as NI multisim before i got success in hardware. LTSpice is not recommended as it gives wierd results far away from the reality.
Best of Luck

[broli]

Value of C1 and L1 is calculated basing upon formula for resonant freq for LC tank cct. 1/(2*pi*Sqrt(L*C)) and is same as the freq of the pulses from 555 Timer with 50% duty cycle. U have to fine tune either L1 or C1 to achieve the resonant freq, where the bulb glows to its Max. I tuned the tank cct using LRC meter and my DSO-5200A oscilloscope.

The values of your LC tank make a resonant frequency of 2019.64Hz while your timer seems to be oscillating at 1000Hz are you sure they have to be equal? Are you still planning to make a video of this?

[baroutologos]

@Baroutologos and Hartiberlin
...
U both are right.
Best of Luck

Thanks for the aknowledgement Ali.
Any thoughts or observations while applying this concept in reality? Can this be so?

...
Regarding last Kapanadze video made at 2004,

Its oxymoron at least, to have an allegedly OU device and have in the same time an oil lantern in the workshop for potential power shortages?

[broli]

Thanks for the aknowledgement Ali.
Any thoughts or observations while applying this concept in reality? Can this be so?

I think he clearly said it worked with real hardware as well besides the simulators. This IS way to easy to be true, currently I don't have any power mosfets but I think any capable person can put the circuit together in less than an hour. I did check the circuit out with falstad's simulator but it seems it just dampens out quickly.
Left graph is voltage in capacitor right is voltage across load resistor.

Click here to open the circuit.

[core]

Has anyone been able to pull any relevant information from the newest Tariel video? It appears that the spark gap terminates in the open air inside the coil. Also the cylindrical object, with the toggle switch, bears a resemblance to Hendershot generator. It has been stated that the Russians acquired the device from the US in the 1950's. Then built a base in Russia to study this device up until the late 1960's.

Regardless, is anyone in the mood and/or have time to do a translation?

-Core