Kapanadze Cousin - DALLY FREE ENERGY

[Hoppy]

Nick,

Will you be adding the feedback loop now that you have the 'effect'?

[Belfior]

Coils heating up could be a sign that they run just under or just over resonance

[AlienGrey]

Coils heating up could be a sign that they run just under or just over resonance

Yeah! it's because the inductor is not the exact wave length. Verrrrrrrrrry good

[itsu]

Itsu:
   Thanks for the info on Radio Moscow.
   No wonder all I get when I tune into Radio Moscow is Static.

  What I hear and see is the exact same thing that Geo is showing on some of his videos, as the " effect".
  Yet, his FETs stay cool, but his inductor coil heats up.  Like yours did.
His inductor is shorter than mine is. He is running the 10 meter size, and I'using the 18 meter inductor. Maybe why it heats up more.

  As my peaks are going over 200 volts I can't turn on the device for more than a few seconds without heating the one fet up. But, I can show what it sounds and looks like, soon. Maybe tomorrow, as I'm still working on all this.
 
   Looks like I can drop the peaks by placing a cap in certain places on the connections of the rectifier. Still looking into this.


Nick,

ok, so no real Radio Moscow, silly me.


My inductor heats up fast when in resonance, its half the length (18m) of the Grenade (36m).

I (we?) tune for resonance on the inductor which when in (series) resonance has minimum impedance (basically only the resistance of its wire) thus maximum amperage
therfor running hot.

Series resonance:   http://hyperphysics.phy-astr.gsu.edu/hbase/electric/serres.html

So not sure how to interpret both Belfior's and AlienGrey's comments.


Itsu

[Void]

Yes, there is maximum current in the series loop at the resonance frequency. Resistance
of the wire at a very high current causes the wire to heat up. Smaller gauge wire will heat
up more than larger gauge wire since its resistance will be higher for a given length. 
Using larger gauge wire will allow for even more current to flow.

Belfior: No, tuning off the resonance frequency will not cause more heating.
It will cause less heating because the resulting non-cancelled reactance will
reduce the current, which means less heating in the resistance of the wires.
Reactance itself does not cause heating. Only resistance causes heating.
The more the current, the more the heating in the wires, which is so-called
"I squared R" (I^2 x R) losses.