Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[a.king21]

Yes, but how does he get the mains into the aquarium2?

See attached design PDF.

Hoppy: I have a theory, but until we get to first base, ie a basic FE loop, there's no point in adding confusion.
BTW in the pdf you linked they admit to HV coming out of "nowhere" - as a result of the switching process...... lol.

[verpies]

Because IGBT's do a better job than junk transistors

IGBTs block high voltages while conducting high currents better than MOSFETs, which have a lower V*I product, however MOSFET switching times are generaly shorter than IGBT's and MOSFETs can conduct high currents in both directions - IGBTs conduct only in one direction.

If you are trying to design a nanosecond pulse generator, then MOSFETs are a better choice.
The UCC27511 is a good MOSFET Driver.

P.S.
I did not include BJTs in the comparison above.

[verpies]

But I can't remember having ever seen a broken radio that receives all stations in range simultaneously. Why is that so?

Because AM or FM demodulation requires only one carrier frequency.

Is that so because the LC circuit does not block all non-resonant frequencies but it rather amplifies the resonant frequency?

An LC circuit does not amplify the power of the resonant frequency, however over many cycles it can accumulate a higher voltage (series LC) or higher current (parallel LC) at the resonant frequency (but never both).
Also an LC circuit can accumulate the energy incoming from the transmitter (but energy is not power).

[a.king21]

somebody knows what happens when...
i have a 2.5 kw heater (heating homes)
accidentally the heater was sparking inside its circuit. spark gap occured inside it when i moved it.  it was constant after a few hits.
and the bulbs in the garage from the mains started to shine much brighter.
the bulbs were 10% brighter when the heater was sparking
the heater seemed to consume same power
the bulbs were not getting dimmer when heater got switched on, could tell this easily with my eye.
feeding energy back to the mains?
im no electrical engineer, im sure verpies can explain it and most of you but i cant

This could be  a classic example of radiant energy. However you have to be 100% sure that you are not consuming more power from the mains. You have to check your electricity meter useage and do the calculation.
I have come across this situation before in a shorted air conditioner.
If the mains consumption goes down then you have the answer.
Alternatively you can power the heater from an independent mains supply such as a generator or large inverter.
Radiant energy has every frequency in it, so your bulbs would get brighter if they were resistive ie incandescent. It would not work that way with cfls.
Very white light  is a characteristic of radiant energy and is closely linked with cold electricity.
Anyway, wattsup is experimenting with pulsing large currents at mains frequency through his solid state relay idea. So we will soon know if  50hz or thereabouts is enough.

[Zeitmaschine]

Because AM or FM demodulation requires only one carrier frequency.

On the other hand a radio can receive sometimes two stations simultaneously (if not working the right way) but not all the stations in range.

Also an LC circuit can accumulate the energy incoming from the transmitter (but energy is not power).

But there is no time to accumulate energy because the energy is consumed constantly by the Crystal Radio's headphone.

Hmmm ...

If the energy received from the transmitter through the air is (let's say) 0.000001 watt and the headphone needs 0.001 watt to make any sound then this would mean an amplification of 1000 times due to the resonant LC circuit. Now what if the input is 1 watt (directly not through air) then would this mean the output of the LC circuit could be 1000 watt?

Hmmm ...