Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[wattsup]

This is the basic principle on which I work. I try to sync the primary and secondary. Synchronization should be 50Hz. Or 220V source set in the oscillation frequency of the primary (HV), and then back down to 50Hz.

?!?!Or 220V is DC?!?!
Tesla use DC in secundary circuit. (Second pictures). http://www.bibliotecapleyades.net/tesla/coloradonotes/coloradonotes08.htm

@Shokac

Seems to me that in your diagram showing the TK coil, you have one diode after the HV. If the HV is AC, then that diode will be cutting out half of the signal. So that is maybe wasting half the drive energy right there. Or is the HV rectified?

wattsup

[xenomorphlabs]

Yes I know. However, Kapanadze said that the principle is very simple and should be considered in a simple manner.

There is no special electronics.
Probably, Kapanadze said, a large capacitor.

Now, how to connect it. Great thoughts on the HV (6,000 V, 4uF) or LV (220 - 450V, 2000uF)

Hmm, but it is actually simple. Compare it to a motherboard layout )
Look in his patent.
First frequency adjuster,  frequency stabilizer, second frequency adjuster and so forth.
This does require electronics.
And they are present in all his demonstrated devices.

[Shokac]

Hmm, but it is actually simple. Compare it to a motherboard layout )
Look in his patent.
First frequency adjuster,  frequency stabilizer, second frequency adjuster and so forth.
This does require electronics.
And they are present in all his demonstrated devices.

No, electronics use for make HV, and for make inverter. (Device without inverter or 220V)

Filter = Condenser
First frequency adjuster = Spark gap
Frequency stabilizer = RC circuit (T=RC)
Second frequency adjuster= Adjustable Spark gap (Green box)

Think simple!

[Shokac]

@Shokac

Or is the HV rectified?

wattsup

Good idea!!

Maybe need full bridge rectifier in HV side. And full bridge recitifier in LV (220V) side. After put current in circuit make frequency.

I have to try it.

[Shokac]

Read this
http://www.capturedlightning.org/hot-streamer/TeslaCoils/MyPapers/spark1/sparkgap.html

Pay attention to the current

... The power of these bursts is remarkable. Early testing has shown that, even at low voltage levels, these bursts may reach many hundreds of amps at the ~50MHz frequency. By far the most powerful burst is the very first one.

Typical scope photos often show this as a vertical line that occurs just at the beginning of conduction. My equipment has not been able to measure the level of this spike with great accuracy but it appears to be around 400 amps which is remarkable considering the relatively low 2000 volt spark gap setting. ...