Confirmation of OU devices and claims

[benfr]

Hello,

it is also possible to bring an oscillator in the game to see wonderful waveforms show what it does look like to observe directly energy mutiplication. In this case, plug the oscilloscope to the end of the coil and between the coil and the capacitor. It WILL modify the frequency of resonance. when dealing with that, you will observe in the most simple setup such as    L 157 uF - C 100 pF and a 4 V LED, the LED lighting by 1.2 V or so (allow up to 1.9 as I don't recall). THEN, what is input is indeed a SQUARE wave of approx. 1.2 MHZ, and the frequency with the VOLTAGE amplification tank is transformed into a SINE wave. The sine wave is uniformly higher than the input , at all times, at comparable time spans , at it seems. Hence this explains how the LED can be lighted, while, if we had directly plugged the Freq Gen at the LED, would have done nothing.
When the LED is bright, change the frequency by 100KHZ down. Then the sine wave becomes a flatline, and "you know what a flatline means to most people" to quote Rick, and the LED stops being lighted. This is a system out of resonance where no amplification has taken place. Get back 100KHZ higher as before : now the SINE wave appears , and the LED brings light ! Note that using this setup with an oscilloscope is also putting the oscilloscope itself into resonance.
From Rick Friedrich's Resonant Induction Coupler Kit, exercice 1.b.

[benfr]

https://www.youtube.com/watch?v=kQdcwDCBoNY

Thanks, looks like exactly what I am trying to deal with here 

[itsu]

https://www.youtube.com/watch?v=kQdcwDCBoNY

Thanks Aking21,

a golden oldie, nicely demonstrating the effect of low impedance at series resonance and high impedance with parallel resonance.

Itsu

[hdeasy]

Interesting experiment indeed with the resonance impedance transformer. Have there been tests confirming lower losses in the primary circuit than in the secondary? If so, it is indeed a good way to free energy. Or is it the case that the V²/R losses in the primary balance those in the secondary?

[lancaIV]

Interesting experiment indeed with the resonance impedance transformer. Have there been tests confirming lower losses in the primary circuit than in the secondary? If so, it is indeed a good way to free energy. Or is it the case that the V²/R losses in the primary balance those in the secondary?

https://m.youtube.com/watch?v=kQdcwDCBoNY
Comments :
Answer to NaboOOo, 8 years before :   3V 300 mA ~ 12 V 75 mA, fine tuning of light his colour