Kapanadze Cousin - DALLY FREE ENERGY

[Hoppy]

  Here is another video of my version of the RMG device.  This time I'm using an even older totally dead 12v, 7aH battery, to see if this junk battery that won't take a charge anymore would be charged to some degree by the device.  At first the light bulbs would not even light, but I left the battery connected to the RMG circuit by accident, and after a few minutes the bulbs started to light, all 6 bulbs, but very dimly. Then the light intensity started to improve and get brighter.
  Here is the link to that video, which I uploaded late last night:
  http://www.youtube.com/watch?v=kyIwj550Kjw

This is a classic case of a sulfated battery recovering when connected to an inductive load that 'spikes' back at the battery, which helps to lower its internal resistance by removal of plate sulfate deposits. It is not charging from the feedback winding. Most avid Bedini experimenters will be very familiar with this effect. If you measure the voltage across the battery over a period of time whilst on load, you will see the voltage rise erratically, then peak and finally fall . Its more than likely that you will have at least one shorted cell in the battery that may or may not recover.

[NickZ]

  There are no inductive spikes going to the battery, as the RMG 65 turn feed back coil's AC voltage output, is both rectified and filtered down to 11 volts DC voltage.
So, it's not de-sulfating the battery, either.
  Both the electrolytic caps which are connected to the feed back coil are charging very quickly, and they do transfer that charge to the device input, battery, or both.
As can be seen by my connecting the feed back wire to the input of the device, which make the bulbs brighten up substantially.

  As mentioned, I need to redo my RMG coil to better conform to the yoke coil's output.  I'm starting to see just how many turns are needed, so that it will reach at least 130 volt AC output to the bulbs, as well as 15 volts DC output or so, from the feed back coil, back to the input. That's is my next step. 
 

[magpwr]

  There are no inductive spikes going to the battery, as the RMG 65 turn feed back coil's AC voltage output, is both rectified and filtered down to 11 volts DC voltage.
So, it's not de-sulfating the battery, either.
  Both the electrolytic caps which are connected to the feed back coil are charging very quickly, and they do transfer that charge to the device input, battery, or both.
As can be seen by my connecting the feed back wire to the input of the device, which make the bulbs brighten up substantially.

  As mentioned, I need to redo my RMG coil to better conform to the yoke coil's output.  I'm starting to see just how many turns are needed, so that it will reach at least 130 volt AC output to the bulbs, as well as 15 volts DC output or so, from the feed back coil, back to the input. That's is my next step. 

hi Nickz,

Just a small pieces of advise. Try not break something which works.
It's better to wind second set of coil and just reuse the ferrite cores.

I have read many cases where  engineer or scientist was not able to replicate "the positive  result" after months or years of work.

[GeoFusion]

  Nick:
Yes , It's to figure the best way out for the self feed path.
Well for sure it should be good capacitors that will hold it in self feed, sins this is not a system capable using the ground (yet). Might be if I could tweak and tune it with a freq. generator applied to the circuit just like Akula did.
Depending what happens, we shall see.
yeah, the right tuning caps are required and chokes, btw I figured out when using a slight smaller gauge of copper wire on chokes will minimize the ringing tone, as what I have done on my RMG.

Btw the battery seems like to hold the circuit running but be careful though.
We should replace the battery with a big cap to see if it will self feed that way, but the cap must have high capacitance for sure to ad the current the circuit needs.
but great to see this on video

Btw Which type of Ferrite are you using within the RMG air coils?
For Transmutation effect for output, because  the output will be greater if a higher grade of ferrite is places inside. To be positioned inside  for better output.

Try to make a mini bifilar for feedback, do not give alot of winds sins it gives alot of charging amps. revisit my videos you'll see how the bifilar works on the transformers.

Almost getting my hands on 2nd car battery again so I can start working with it again , has been a while. Been to busy on the ones  working already and powering my house for some months now (PM induction motor generator).

Soon I will try to build  a newer air core with ferrite for transmutation and with a Tesla coil inside somehow with orthogonal winding  to see it's effects on amplification. It will be interesting yet to see how the excitement will come about !

magpwr:
I wonder how Grum is doing with his Akula generator replication , eager to try it out too but better to stick on some first to finish and maybe then to try out.

Btw how's the 1~3watt flyback generator coming along? have you tried a bit of
chubinidze's style with it? I would have tried it with that circuit.

Cheerz~

[Hoppy]

  There are no inductive spikes going to the battery, as the RMG 65 turn feed back coil's AC voltage output, is both rectified and filtered down to 11 volts DC voltage.
So, it's not de-sulfating the battery, either.
  Both the electrolytic caps which are connected to the feed back coil are charging very quickly, and they do transfer that charge to the device input, battery, or both.
As can be seen by my connecting the feed back wire to the input of the device, which make the bulbs brighten up substantially.

  As mentioned, I need to redo my RMG coil to better conform to the yoke coil's output.  I'm starting to see just how many turns are needed, so that it will reach at least 130 volt AC output to the bulbs, as well as 15 volts DC output or so, from the feed back coil, back to the input. That's is my next step. 

Nick,

The acid test is to leave the RMG running whilst monitoring the battery voltage. I can assure you that your battery will after an initial rise in terminal voltage, be seen to discharge over time, no matter how you arrange the feedback circuit. You will eventually appreciate through experimenting, how others have been mislead into thinking that their pulsed current devices are showing signs of self-running. Your old battery may have appeared dead but I have spent a lot of time experimenting with old sulfated batteries and have found that very few are without capacity. A battery will exhibit high internal resistance through plate sulfation but still 'lock-up' a considerable charge that can only be released when the plates are partially cleaned of sulfation. This can be achieved by simply connecting the battery to a load that draws a pulsed current, such as the RMG or a Bedini energiser, so high voltage inductive 'spikes' are not essentially required to cause a desulfation process in a battery. I had not seen your previous video that shows that you had a rectifier and caps across the feedback winding. Nonetheless, the pulsed current is partially desulfating your battery which is why you are seeing the erratic light levels from your lamp load.