Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[Zeitmaschine]

You mean something like this? To block reflection?

Or like that.

There must be a reason for the count of 4 diodes in Kapanadze and Stepanov setup. But no idea how to connect the diodes and the capacitor(s).

[Farmhand]

OU had crashed because of this video?

The links are in my Reply #14621 on: October 29, 2012, 12:20:23 AM, page 975. So I see my post has been successfully buried (but not with nonsense only) since the last seven days.
The question is, a key to something real or just to one more fake? The same guy:

12 Volt Homemade Power Inverter

He points to the schematic at http://electroschematics.com/220/12v-dc-220v-ac-converter/ but the video there shows something different (from different guy).

IF 1 × 220kΩ and 1 × 100nF and 2 × 470Ω and 1 × CD4047 and 2 × BD699 and 1 × Transformer 3A gives Free Energy (Over Unity) then something must be wrong with the last 14810 replies in this thread ... 

I agree, the guy is excited but he has nothing special. The power saw uses a universal motor and without any load on the saw would use a lot less than the rated full load power. Universal motors can run from AC of any frequency as long as the reactance/ impedance is not too great or they can run from DC, that is a fact, I do it. He shows no voltage or current readings for the output. He is putting together some good inverters but they are cheap to buy anyway. If people are going to see OU in any video where a guy gets excited then this thread will go on for ever. In one of his video's he says he has 5 x 500 Watt halogen bulbs but there is only four I see. 

He buys a new circuit then pulses a coil with no load hehehe no wonder he blows Fets if you don't want a blown mosfet you don't do that.

To all, The emf from a coil is not back emf either, it is regular forward emf as it is in the same direction as the applied emf. Back emf is what opposes the charging of the coil. As soon as the applied emf is halted the back emf stops then when the coil discharges it's energy the emf produced is forward emf which in turn faces more back emf due to the inductance of the current path of the discharge from the coil.

The discharge from a coils magnetic field collapse is not Back emf.

Cheers

[verpies]

So I have got to ask.... huh? What's the big deal?

Without a decent power measurement or selfrunner, it's just an ordinary DC-AC inverter.
Unloaded motors are not credible power meters, but light bulbs are (at least at low frequencies) when their luminosity is measured by a monotonic light sensor (a video camera with auto-exposure function is not monotonic, but a photodiode or phototransistor, are)
C'mon! A photodiode and a box cost less than a beer.

[wattsup]

@ALL

Regarding that PVC pipe device, with those two mosfets he could be switching both sides of the primary using one npn and one pnp. He also mentioned in that video that his transformers were "custom made", but those look like standard Hammond type toroid transformers like I have. I wonder what the ratios are. Hmmmmmmm.

It's nice to see but I will not spend any time on it since no other info is available. I would rather stay on the 2004 device which I am getting very close. Until I get my DC SSRs and some big zener diodes to experiment in another ways. Now I am using my AC SSRs with variable capability and am putting them in various locations around a base circuit to see the results.

As for my question about the output of 24-26 amps, thanks for your responses but I think it is not the right answers. If the output was high voltage, then he would have shown very low amps and on top of that he would not have put the bulbs in parallel but in series to better match the output. Like I said, something is very wrong with that 24 amps but I can't put my finger on it yet. The bulb load would act like an rms leveling point for the output regardless of high voltage or not and the amps would still be read accurately enough. The nonchalant way they measured the output amps as if it is a normal and accurate thing. Something is not right.

Also I am looking again real close up to TKs 2004 video to try and see if there are any other clues. The biggest quandary is that diode plate. Too bad the video is so crappy. I have a feeling that ultimately that diode plate is being used backwards and is really feeding the heavy side of the main transformer making that one the real primary and where the inverter AC is connected to the main transformer is actually the secondary.

There are not several record breaking technology usages here. In all probability there is only one out of the box effect we have not seen yet and that is the one that is causing a floating AC system to require a neutral ground connection. But so far I have seen no way to do this and any standard floating AC or DC system working at low frequency would have no use for such a neutral ground.

TK says the secret is simple. But is the secret to make the device work or to make his trick work?

If this was a trick, then TK still had to find a simple method to either make the device to produce.......

a) a floating secondary hot line that requires a mains neutral or good Earth ground, or,
b) a floating secondary neutral line that requires a mains hot. Choice B would imply that his ground was hot spiked by a third party during the demo. Not cool but hey.

But, technically, both of these are impossible to do using the standard methods as I have tried them in many ways .

So we keep plugging away at it. hehehe

wattsup

@verpies or anyone

Can you or other please, please provide some ideas on how to use a zener diode for pulsing. The way I understand it in my low EE perspective is zeners are only used to dump any over voltages to ground. Could that be a link between the zener and TKs need for a good ground wire. If a zener is used on an AC line, are there two types available one to discharge the positive peak and another to discharge the negative peak.

[TinselKoala]

@watts: both mosfets can be the same cheap N-channel devices. There is no need to have a P and an N in that multivibrator driven config. driving a center-fed primary. But the specific circuit linked above has Darlingtons; they also could both be identical, not complimentary.

@xenomorph: Sure, 40 amps from those batts is no problem, he's got 2 in parallel and his input wiring to the inverter is plenty heavy. It just won't be happening for very long, that's all. Let's see, if they are 7 A-H and in parallel, that's 14 A-H at 12 volts if fully charged at the outset. So 14 A-H/40 A =  0.35 H..... maybe as much as twenty minutes !! Can that be right?