Kapanadze Cousin - DALLY FREE ENERGY

[NickZ]

  And how long did that buzzing relay work without stopping or going up in smoke?  Will it self run, while showing no amps?
  I am curious, and am not knocking it. But, you think that the output from such a circuit will burn up a scope?  It looks to be barely lighting a neon bulb. Again, the power supply is connected to the grids ground. Not a dead battery showing 11v, and no amps.
 
  Tesla did mention a circuit which provided voltage, but no amps at the output, as well.  So, there may be something to that, as Nelson had shown at one of his videos.  But, it makes me wonder if it the PS was not able to read the draw correctly, same as some amp meters can't either. They are not made for that purpose, nor for reading extreme high frequencies.

[AlienGrey]

q

[Hoppy]

no idea, but a good while, you would have to experiment yourself but if run from a lead acid battery the battery does not appear run down and might even extend the battery life, the relay is an auto type 30 amps it's mechanical so will wear out over time, it's just a lashup I only made it as an experiment and i don't expect the capacitors will survive with that type of pulsing as they are very narrow exceptionally high voltage spikes.

AG

Yes, an HV spiked LA battery will likely de-sulfate to an extent, thus appearing not to run-down as fast as a battery not being subjected to HV spiking (ref Bedini tech). The earth from your soldering iron will provide a lower impedance charging path for the cap, thus more frequent popping.

[NickZ]

   Although it may all be water running under the bridge, but, it would be good to know what's up with that.
  The neon bulb does not go out when the cap is shorted. So, if the diodes for the half wave bridge were disconnected along with the cap, the neon would still light?  Or not? 
  To connect a scope, that capacitor needs to be discharged, first.  As even for a 1x probe, the voltage is no where near the maximum. And the negative of the scope probe would possibly kill the effect from HV, like it does on my rig. And is why I don't get the same results if the negative probe of the scope is also connected.

   To know if a battery will not discharge in time, or not, not only the voltage needs to be monitored, but the more important amps, as well. As the voltage can go up, while the amps don't.
   I did try a dead 12v battery to run some circuits some time ago, that showed 10.5v, but which would not run my Pc's battery back up.   I was not able to run my circuits with it. But, now I can't recall all the details.

  From Hoppy: "The earth from your soldering iron will provide a lower impedance charging path for the cap, thus more frequent popping."

   I'll give that a try, thanks for the tip.  Can you tell us why that is?

  We've heard how capacitors have the ability to self recharge themselves, once discharged. And, I am seeing that same effect on my device's full bridge rectifier's capacitor, when it is disconnected from a load, but still connected to the induction circuit (that has been turned off). Maybe using bigger capacitor banks can aid in that same process.

   

[AlienGrey]

q