RESONANCE EFFECTS FOR EVERYONE TO SHARE

[gotoluc]

Great site wattsup

Thanks for sharing

Luc

[sparks]

   @Wattsup

    When you look at Tesla's latter patents when he was developing the wireless transmitter system  he used his energy capacitor not a voltage capacitor an energy capacitor excited by an induced spike.   The entire bifilar wound coil which formed it's own resonant tank circuit of sorts stores energy.  It appears to the pulsed primary as a core only with no inductive or capacitive coupling to the primary.   It will not saturate it will just store the magnetic field disruption inititated by the primary.   As you hit it with more and more input it is the equivalent of inductively inputting into a lumped rlc resonant circuit.  He is basically compressing the magnetic field and capturing that energy and when it expands he is capturing that energy also.  Look at what happens when you use a choke and put an ac signal to it.  No current seems to flow but the magnetic field gets played with and causes the coil to induce a counteremf proportional to the input emf in phase and no current flows in the coil.  There was a movement of energy denstiy though but it was not an electron acceleration event.  It was a wave of energy density that went to the end of the wire and reflected back.  The transverse waves like you get from a regular oscillation were broadcast into the field of the energy capacitor.  The ecap remembers that wave just came by and stores the memory.   Over and over again this process goes on.  The ecap mass itself is now a standing wave field.   He extends the field of influence of this ecap which continues to radiate it's energy density information without damping itself.  A properly tuned receiver picksup reactive energy to the standing wave field without damping the primary oscillator/ecap.  The ecap is a virtual atomic neucleus of huge dimension.  The atom when it falls apart or damps emits emwave energy but while it has it's shit together it also lets the rest of the field know it is there.

[wattsup]

@sparks

Unfortunately I get what your saying (that's the scary part). lol

Regarding the reflection back form the end of the wire, this is not exactly the place to discuss this because it is @gotoluc's thread and we should keep it clear.

I think you are getting to the point where you should be working on a document, with step by step explanations, diagrams, etc., so you can get some of your brain power out in a cohesive and collected format. Just an idea. Or you can alsways ask @stefan to open a locked thread and put all your observations there so they are collected in one place and not spread all over the forum.

I have a question about the FTPU but will ask it in the Towards Realizing the TPU thread.

[gotoluc]

Hi everyone,

I would like for all to post your opinion of the video demo below and honestly tell me what you think of the test.

Link to video: http://ca.youtube.com/watch?v=_tvbJJKlNvo

The fist set of Scope shots and measurements below are of a bulb as load set to 3 volts RMS but fed directly from the Signal Generator.
The next set of Scope shots and measurements are the same bulb as load set also at 3 volts RMS but fed by the secondary of the primary resonating coil to which is fed by the signal generator at the identical frequency.

I am posting all this to get everyone's feedback. Is this test showing any advantages using resonance?

Thanks for your time

Luc

[duff]

Luc,

In the first circuit, with the 1 ohm resistor in series with the bulb, you can look at is as a simple voltage divider.

I = E/R = .045V/1 = 45 ma

Resistance of bulb being
R = E/I = 3/.045 = 66.7 ohms

In the second circuit you removed the bulb from the circuit and inserted the primary winding. The impedance of the primary winding must be greater than the resistance of the bulb since the current went down.

I = E/R = .0219/1 = 21.9ma

I am somewhat surprised that there is 3 volts across the bulb in the secondary. I question whether the bulb still has a 66 ohm resistance - don't know but it is interesting.

Perhaps you could provide a little more information.
   1. Voltage out of the function generator
   2. Inductance of primary and secondary.
   3. Resistance of primary and secondary windings.

Maybe that will give us a few more answers....

As far as trying to close the loop you might look at the circuit that poynt99 uploaded yesterday. It runs on about 50mW.

Simple Cheap Low Power Oscillators v1.0.pdf
http://www.overunity.com/index.php?action=tpmod;dl=item221



It appears to me that your testing the MRA concept without using the barium ferrite magnet and the piezoelectric transducer.

-Duff