Kapanadze Cousin - DALLY FREE ENERGY

[Hoppy]

Geufusion, better use simple ampermeter about 10 amperes. I have 30 amperes ampermeter. And it good, corect meashure. I conect it in series. You can also put after ampermeter about 400 volts 1-1000 uf any capasitor (I that made, but and wihout it I not see diference). Then you know exact that is input current.

Better still for those without a scope, use a 0.1R or 1R non-inductive resistor (shunt resistor) in series with the battery supply and measure across this with a DVM connected in series with a 10K resistor plus a 10uF to 100uF capacitor across the DVM leads.

[MenofFather]

Better still for those without a scope, use a 0.1R or 1R non-inductive resistor (shunt resistor) in series with the battery supply and measure across this with a DVM connected in series with a 10K resistor plus a 10uF to 100uF capacitor across the DVM leads.

Yes you can put shunt resistors not inductive to meashure curent, because curentmeters is not chip. But resistor must be minimum 5 W. In other case it makes heat and you not know exact power.

[verpies]

...resistor must be minimum 5 W. In other case it makes heat and you not know exact power.

The current would need to be over 7A to dissipate 5W of heat in a 0.1Ω resistor.
A DC voltage measured after the resistor multiplied by a constant current measured by the resistor yields the accurate average DC power without any systematic errors. 
The same is not true for non-DC.

[NickZ]

  And to keep your device cool, you can possibly use the same idea that Akula uses, by putting thick insulated wire on the chock, the other chock uses four thinner wires,  and Pc heat-sinks and fans that not only blow across the transistor, but also across the chocks, diodes, and the rest of the circuit as well. I don't think that we can get away from that (cooling), when drawing 2 to 5 amps. Most all inverters use fans as well.
  Notice that the yoke has no insulation between the halves, that the clips are present.
and that it says on the tag that's on the yoke, "Made in Japan",   no, just kidding. Ha!
  This is also the smaller sized yoke that would not work for him previously, and not the same as used in the two previous versions.

[totoalas]

I try this schematic and capasitor 400 volts charging to about 32-60 volts. I trying make selfrunning, but unsucsesful. But you can short capasitor and input power practicaly not rise, so can try replicate, modernizate and maybe you get better results. 

In Slayer circuit   the 2nd and 3rd coil are opposite windings    one is connected to earth  and the other (3rd) connected to load    the first coil 9 turns    have 12 v 1m A   input   3 110 v neons   1 `0 w fluorescent lamps and 30 leds
I like the diode idea
thanks