Kapanadze Cousin - DALLY FREE ENERGY

[AlienGrey]

Oh! come on haven't you read what Wesley said ? no such thing as a free meal, so where does the energy come from ? Did you look at the coils on Henry Morays device and some of the Russians talk about 112.5 khz, err could that be the 1/4 wave of 450 khz a medium wave band ? has the penny dropped yet ? loads of radio stations in Russia broadcasting is there ? When Akula came to Germany it wouldn't work, that's because we are mostly on FM band.

[NickZ]

  "no such thing as a free meal, so where does the energy come fro?"

   From Russia, with love.

[John.K1]

Oh! come on haven't you read what Wesley said ? no such thing as a free meal, so where does the energy come from ? Did you look at the coils on Henry Morays device and some of the Russians talk about 112.5 khz, err could that be the 1/4 wave of 450 khz a medium wave band ? has the penny dropped yet ? loads of radio stations in Russia broadcasting is there ? When Akula came to Germany it wouldn't work, that's because we are mostly on FM band.

Well, if you mention H. M then you have to accept the fact that his device had been  working in area far from any broadcasting and electric lines.  Why do you think that Radio is only one source?  We are surrounded by cosmic rays , space electromagnetic waves, Schumann resonance, Whistler waves,  in the ground are the rivers of currents ,  etc and atc.  And if I will accept the fact ,that broadcast is the reason of functionality, would you be able to get from it 2 kW and more?? I don't think sooooo In the  far distance you can get some mW of it   BTW- Ruslan is from Riga, FM band where ever you look

[starcruiser]

Hi Starcruiser,

In the matter of tuning coil - I sweep them fist separately to obtain most best output. In the matter of impedance, I use 50ohm resistors between my SG and HF antenna coil. I guess the resistor not needed between SG and CAPs as the capacitors provides the max impedance in resonance (parallel resonance)? I think it is also important to know how to put the probes. As you can see I have one end on bulb and the other on negative Ground rail. I use the amp sensor I got from Ebay yesterday. I only need to tune it for the right frequencies. This is actually other think I do not understand- Current probe. Usually toroid with couple turns. But how do you know it shows right in high frequencies?  Specially in MHz frequencies. I am now in the process of tuning my inexpensive probe via shunt resistor. For different range of frequencies different shunt resistor (potentiometter will do)- Right?

Picture of my setup below. Thanks for correction and comments.
regards,

@John.K1,

The low value of the resistor or the signal generator will negatively impact your readings, try a 10k ohm resistor instead. I would check/test the coil out of the circuit initially.

Measure the inductance of the coils and record this you would want to check the coils response unloaded, pulse it and monitor the coils response waveform, this would be done with a coil over wound a few turns and done with
a low frequency or repetition rate to allow the coil to ring, a low frequency square-wave would work watch the scope probe which you can try to attach to the coil (both ends and just on one) and see how it responds. the capacitance
of the probe will impact the reading to some degree. doing a non contact reading by bringing the scope probe near the coil will provide better results. Try both and see what i am talking about.

Another way is to use a Grid dip meter or make one using a variable Signal Generator and a scope, use a coil to stimulate the test coil (bring it near the test coil) and watch the scope amplitude (placing the scope in parallel to the stimulating coil)
as you sweep the signal generators frequency, the coil under test will suck energy at its resonant point thus lowering the viewed signal on the scope.

Another way is to stimulate the coil as above but use a non contact method for the scope near the coil under test to see the signal, it will rise when you hit a resonant point. Start low on the signal frequency and work up.

Check Google for more ideas on how to test this and how LC tanks work as this will help you understand the design and circuit you are trying to build. This is similar to a hetrodyne mixer configuration from the looks of it.

[starcruiser]

Oh I forgot to mention the small coil is using the torrid to tap the signal from the one lead, typically one turn from the source lead and multiple turns for the output leads, the torrid is chosen for the frequency you will be working in as
the ferrite will be different composition for the frequency band.