Kapanadze Cousin - DALLY FREE ENERGY

[magpwr]

hi Hoppy,

I have powered my 220volt 850watt drill for the first time using Energy Audit Device as attached.

Under "no load condition" for my case the  power on state after about 3seconds is "185watt".

We can roughly guess what was the estimated drill power usage at below 100% spin as shown in video which did not blow the 24v 2Amp adapter.

Original Russian video attached for others whom just joined topic-
http://www.youtube.com/watch?v=anvb_PXG1YA
http://www.youtube.com/watch?v=yKjgMmZcFA0

[d3x0r]

They do not get hot, at all, although my fets IRFP260N which should be able handle the voltage and amperage , could boil water for my morning coffee.

I was looking back at your videos, but I can't really identify what you're using for resistors... are you sure you're not using some sort of wire wound resistor that would be highly inductive and cause a lot of gate noise?   Having mosfets at lots of fuzzy on-ish sort of state also causes heat....

[Void]

Paralleling severall low value caps looks like a solution to try.

Yes, think of it this way. When you parallel say 4 lower value capacitors to get your total
desired capacitance, the total tank circuit current will divide amongst each of the 4 parallel capacitors,
causing each individual capacitor leg to conduct less current. If all capacitor values are the same value,
then each capacitor will only carry one quarter of the total tank circuit current, so they will definitely
run cooler. There is another advantage to this arrangement as well, which is that by having less
resistive losses in your tank circuit (less total ESR for the parallel capacitor arrangement) you have a higher Q factor.
You also ideally want to keep the parallel capacitors as close to your primary coil winding as is practical, to keep the lead
lengths as short as possible to reduce resistive losses there as well. At high currents, even a very little bit of added resistance
can make a noticeable difference. Also, any lead connections in high current tank circuits should ideally be soldered really well,
but for test circuit purposes that is not always convenient...

Since we are supposedly looking for overunity, we need to try to reduce unnecessary resistive losses (primarily
in higher current parts of the circuit) wherever possible to increase overall efficiency. This is also why tesla coil people
will often use a large bank of parallel capacitors in the tesla coil primary sparkgap circuit. Less resistive losses means bigger
tesla coil corona discharges at the tesla coil output. 

All the best...

[NickZ]

  As the new Zener diode delivery has not made it to my place, yet. I can't test to see if the heating of the Fets will be reduced by installing them, instead of the 12v 0.5 watt zeners that I'm currently using. The resistors that I'm using are the 10 OHM, that are recommended for the Mazilli crt that I posted previously. That circuit is what I built, as well. It is a fairly simple circuit, but several people have complaints about heating issues, also.

  The caps to tune the yoke core that Geo mentioned previously (0.33 650v) are probably good ones to use, with no heating issues, as well.

  As mentioned though, I don't think that the Mazilli crt is the way to go, and is why I have not posted any diagram of my circuit. Also, I'm changing this circuit daily, in testing different ideas and components.

   I would recommend that people build the Akula/Ruslan/TK air coil, using the 48,48, 24,24, 12, 12 turns in CW and also CCW fashion. Hopefully the output coil's cancellation effect holds true. As winding less wire turns, does not even light my bulbs. Not even a single 40 watt bulb.

   What we need also is for someone to build the circuit that MenofFather posted, to see if there is OU with that simplified circuit, or not. As he has not mentioned that is is self running. Or, to build the same more complex circuit that GeoFusion posted previously. Which he SAYS, but does not SHOW it self running, yet. Hopefully he will.  A video showing a self runner, that is running still 24/7 for days or weeks, like Ruslan is mentioning his circuit is doing, is what we need, to have more confidence in what we are doing. Not just saying that there is "awesome" power there. Which Geo  also mentioned for his RMG circuit, and which does NOT self run, nor is there anything really awesome about it. It's just a simple induction heater/ inverter circuit. It's also not a good idea to mention to us that this previous RMG device can light 1000 to 2000 watts worth of incandescent bulbs, but never show it doing so.

There are already several people showing their self runners circuits and videos.
So, it's only a matter of time before we have confirmed circuits and results to work with. As possibly not all is known about those circuits yet, like their exact mode of operation. Which has not been verified and confirmed by real lab tests, yet, to avoid further confusion concerning their validity.

[Hoppy]

hi Hoppy,

I have powered my 220volt 850watt drill for the first time using Energy Audit Device as attached.

Under "no load condition" for my case the  power on state after about 3seconds is "185watt".

We can roughly guess what was the estimated drill power usage at below 100% spin as shown in video which did not blow the 24v 2Amp adapter.

Original Russian video attached for others whom just joined topic-
http://www.youtube.com/watch?v=anvb_PXG1YA
http://www.youtube.com/watch?v=yKjgMmZcFA0

Hi magpwr

We would need to know whether the 24V, 2A adaptor had any current limiting circuitry in addition to a mains fuse. Power will also be dissipated in both the adaptor and Mazilli, so to be sure of the power consumed by the drill itself, this would need to be measured. Unfortunately, as is invariably the case, we never get shown proper measurements being taken during a video presentation. However, we can be sure that this will not prove to be an overunity setup.