Off Topic:
In case anyone is interested in what I have been up to in the past year,
I have been running a lot of experiments on Bedini type circuit  arrangements such
as the Bedini-Bearden battery 'back popping' setup, ...and I mean a lot of experiments. 

So far, no magic at all. Always runs the SLA battery down, as would be expected in an under-unity
situation. Here's an example of my most recent testing:
In this test, I am pulsing a 10,000uF capacitor with short duration flyback pulses to slowly ramp charge the capacitor
up to about 38V in 2 seconds, and then discharging the capacitor in a quick discharge pulse back to the
5Ah 12V SLA battery every two seconds (0.5 Hz). I have tried different discharge frequencies, but so far no magic seen.

The battery does something interesting where when you first start the circuit on a fresh battery,
the battery voltage (under load) quickly drops to say around 12.5 V, and then the under-load battery voltage
will slowly ramp up to say 12.6V or higher (depends on the current draw on the battery),
and may hold or climb further a little bit for up to an hour, but then the battery voltage begins to slowly and steadily
keep falling after that. The fact that the battery seems to gain in voltage while under load for the first half an hour to
an hour is interesting, but demonstrates the importance of running experiments using a battery for a long
enough duration so you can really get a clear idea whether the battery is discharging or not.

Scope shots:
Yellow shows the pulses to the switch which is pulse charging the capacitor.

Pink is the discharge 'back pop' current pulses from the charged cap back into the SLA battery.
About 18A peak approx., short duration discharge pulses.
P.S. The cap discharge current peaks may be somewhat higher than 18A, but my current probe
is not so great and may not be fast enough or may be saturating and not able to pick up the actual current peaks.
At any rate, the SLA battery is getting some relatively large (compared to the battery's Amp-hour rating) short duration
current back pulses every two seconds.

Blue shows the capacitor voltage as it charges and discharges.
The steady (continuous) average current draw from the SLA battery to charge the capacitor is about 0.42 Amps.
That's a fairly significant continuous load for a 5Ah 12V battery.

Well now why do you ask, what possible motive would some one have behind it all ask your self that, then you will find your answer.

And I have an OFF TOPIC question for Void JB had a circuit with a two capacitor parallel charge and a series discharge into a lead acid battery.
Witch JB seriously promoted Question did you prove that circuit?

I cannot post the schematic as it is copy write.

Dave

   Dave:   I don't need to ask myself what motive he may have.  I am asking why he thinks that he has a device that provides for OU, and shows some merit. This is not a riddle. Just trying to avoid more unneeded dead ends, if possible. As that is All that we've ever seen.
   We have had several people that only waste our time with endless BS. And is why I am asking him.

Much gratitude to those here and elsewhere who persevere and share
Their work.


Copy-writes? (Testing for science  / education is allowed....


Any how
Here a test method anyone can do.
 Fixed loss to ambient test protocol.


One cardboard box... sized for device under test or “DUT”
 One thermometer
 One clock with second hand or ....stopwatch !


Establish input power to your device.
And claimed output load .


Place device and load inside box.
Note time and start device ... device will raise temp in box
To a limit against ambient losses
Note final Time and temperature .( against losses)


Nice to watch “time to temp” too. (Few benchmark time notes 1 min 10 min etc
If box gets too hot and concern? Make bigger box  or use room or? (Improvise)


Take device out of box ... install resistor appropriate to claim with same input power.
Only appropriate resistor...and supply wire ...nothing else inside box.


Run test again,this is called “Control test”. if DUT gets hotter at same input than resistor “control” test?


Do the happy dance.


No need to ship all over planet,this simple “fixed loss to ambient test protocol”
Is worldwide excepted “quick test”


Thanks to member ION (Vortex 1 at this forum) for tutorials.


Respectfully
Chet K

Have any of you found or been on here ? he does speak english fluent infact.

https://www.youtube.com/channel/UC64OwPX78Maya74sRBLxf8Q

David wolff

   David:
   I can't really tell what is going on in that video that you posted.
   But, in any case,  I don't see his device self running.

   Here is the last video that I posted a few months ago:   https://youtu.be/9UxOvZatzKY
   My device is still set up and ready to continue on with further tests.
    NickZ

Re Re: Wesley's Kapanadze and other FE discussion forum

page 206 ish some where  

  David:
   I can't really tell what is going on in that video that you posted.
   But, in any case,  I don't see his device self running.

   Here is the last video that I posted a few months ago:   https://youtu.be/9UxOvZatzKY
   My device is still set up and ready to continue on with further tests.
    NickZ

Well suppose you have a swing in the back garden and one of our grandkids sat on it
if we push the swing forward as soon as it starts to stop ascending and starts to drop if we
give it a sudden push then we can let momentum do the rest on that cycle.

But suppose i make a device that electronically pushes the child on the swing but in the wrong time and part of it's travel
and wrong pressure then it will cause all sorts of problems.

So time is frequency, travelling up /down change is a node as is down /up on the other side

The size and weight of the kid would be the load

The push would then have to have a duration and pressure depending on the load

well all that is what he goes through in the video's

Some of them are in English !

https://www.youtube.com/watch?v=bB6TpaojT5Q

 

   Jynx:   I will answer your PM, here, as I can't send you any schematics over the PM. 
   This design was the basis of my device, it is a TopRuslan 7 replication. With some things taken from Stalker, Akula, Ruslan, etz...   
   Do I think that there are actual self running devices? Yes.  Or, I wouldn't be here, nor would have gone through all the different tests.
   Which self running devices as shown on videos are the real thing? Who knows...      The image below, is showing me lighting 3 200w incandescent bulbs,
   on 18v, with no feed back circuit connected, yet. 
   It is the "real thing", but it does not self run. AS YET. I'm still hoping and trying to make it do so. 
   NickZ