Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[zcsaba77]

Yes, but you would have to put the resistor value at zero; means no loss. All the problem is that damn loss, in the real devices... Cheer.

No. I set to 300Ohm. Do u know how much approx. oscilating coil resistance?

[a.king21]

  a.king21:
  I've build and work with a similar LaserSaber cross-over circuit, pictured below.
  Some of the effects that are shown are caused by the capacitive link coming from the house wiring, which is found throughout the house floor, tables, and anything close to electrical ac wiring. If the house breakers are turned off this effect goes away. But, this stray ac capacitance is one of the reasons that the small led bulbs light. Especially if the circuit is also connected to an earth ground. May not be the only reason, but the ac link needs to be isolated, or it will affect the results.
It is an interesting and highly sensitive circuit. And may have some similarities to Dr. Stifflers SEC or PSEC devices.
I did find that it would drain the battery quickly, but also recharge it to back to the  starting voltage, again, then drain to 1/10 of the starting voltage, then recharge itself again. I used 1.5v, as an input source, as well as 7v, (white AA battery bank).
I still don't know what to make of it.

I've done  a lot of experiments and understand some aspects here. If you pulse charge a capacitor over several hours, it becomes conditioned to gating energy from the vacuum, and self charges at a much faster rate than an ordinary capacitor. The trick is to loop it. Looking at TK's patents he uses a transformer to perform the loop. But a capacitor is at the heart of both his patents. Maybe you could try a 1:1 isolation transfomer with a bridge on the secondary side to perform a loop function instead of lighting a bulb first.  You could then start the capacitor with a battery - Kapanadze style. Please let us know the results.
I think you are on the right track.

[pepsimaxzu]

guys, what frequency should be on primary side of voltage source?

I have 20hz-20kHz generator will be enough?

sorry google translator 

[NickZ]

  a.king21:
   Thank you for you comments. I do think that the loop-back is essential to a self runner, with some source of current still needed to kick-start the device into operation.
  I will do some more experiments on this idea to see what I can come up with.

  One thing that I've noticed... I connected a small Cfl transformer to the device's secondary (HV over 1000v) output. This small Cfl transformer which also had a primary coil wound on it, was  connected through its own transistor switching circuit, using the HF secondary output as it's input, then going back to the main device input. Although this caused both of the transistors used, as well as the small 7 watt incandescent bulb to burn up. But,  the bulbs lit very very bright for about two seconds, before the the main transistor and the 7 watt bulb burnt out.  I'm still wondering about this, as there may be something similar to what you are mentioning.
  I've also been able to do something similar by combining two different types of bulbs in series, then back to the battery + rail. Like the picture below.
                                                                                                  Nick_Z

[jbignes5]

  a.king21:
   Thank you for you comments. I do think that the loop-back is essential to a self runner, with some source of current still needed to kick-start the device into operation.
  I will do some more experiments on this idea to see what I can come up with.

  One thing that I've noticed... I connected a small Cfl transformer to the device's secondary (HV over 1000v) output. This small Cfl transformer which also had a primary coil wound on it, was  connected through its own transistor switching circuit, using the HF secondary output as it's input, then going back to the main device input. Although this caused both of the transistors used, as well as the small 7 watt incandescent bulb to burn up. But,  the bulbs lit very very bright for about two seconds, before the the main transistor and the 7 watt bulb burnt out.  I'm still wondering about this, as there may be something similar to what you are mentioning.
  I've also been able to do something similar by combining two different types of bulbs in series, then back to the battery + rail. Like the picture below.
                                                                                                  Nick_Z

Right so now you need to limit that runaway. Once you limit the runaway you can maintain the system in balance. You'll have to add an automatic load balancer in to keep it from burning itself up. Maybe that's what the ground is for in the TK systems. You could always convert the balance of the energy into a coil and tie the extra into a magnetic field to be used later like a tank circuit.