That was generally my finding too, Core.

I have since played a bunch with all combinations of bifilar and unifilar inner and outer coils, with and without ferrite. In general only unifilar is interesting, and in general, only when there is a ferrite core inside of the pickup coil.

It does seem that when unifilar windings are used with a nice healthy spark discharge, the ferrite flash saturates. I do not think it is a conventional saturation, but it gives the effect of saturation. That really does offer some interesting possibilities if a sharp capacitive discharge can saturate a core within a 10s of nanoseconds at a significant power discount.

We experimented a bit with parameter change power generation using a motor and a passive tank circuit. It worked beautifully, but, loaded the motor and produced a COP < 1. It did prove, however, that reducing inductance increases current by a factor of 1/2 * delta L * I^2. Pretty interesting stuff. Don't know if it would be OU, but it makes me wonder whether this flash saturation could be used to provide the parametric change for parametric power generation. Barring any further disclosure from Cosmo or others, that might be the direction we go. I would love to go straight to SR's implementation, but it doesn't appear that we are going to be offered the plans.

In that same vein, might it also provide an efficient way to switch a MEG? Might be another dead end, but it is food for thought.

New day new test.

  This time I rewound the coil in traditional fashion with many turns. Tried to increase the magnetism. Also removed light as load and placed a bank of resisters to create 20 ohms. This time I was able to 'pull' the hanging washer towards the ferrite rings. As before the 'high voltage' did not appear to demagnetize the ferrite rings. At one point it appeared that the 'high voltage' increased the magnetic field. This may of just been my eyes catching it at the wrong time.

Below are two pictures, the black & white are the high voltage windings in bifilar fashion. The yellow windings are in series with a 20 ohm resister. I only keep the circuit on (low voltage) for seconds as the resisters heat up fast.

Respectfully,

Core   

New SR Video

http://www.001-lab.com/001lab/index.php?action=dlattach;topic=181.0;attach=11928

i know nothing of this setup..
but the spark i saw in the video..
the reason you don't hear it is that it is too high of a frequency..

@ all,
It’s my first post, I hope I am welcome here! I would like to grasp this opportunity to thanks the admin and moderator of this forum for allowing me to be a member of this group.

@ Cosmo,

Sir, I made a simple presumption diagram based on your uploaded sketch previously. I have just a few questions hanging by it. Hoping to have your little time answering my little confusions… I know you are quite busy but I can wait until you become free…..

1. Since we are using “Ferrite Core” to this device, is 50/60Hz frequency is suitable enough for the primary windings to induce power to the output coil? Is it not better if we will use a higher signal like many Switch Mode Power Supply does, probably in KHz range? What I observed now is an overheating power supply, it even blown the thermal fuse of my power transformer.

2. Those two Electrolytic Capacitors connected in series on terminals + / - , (the one you say filters), is the center part of that connection is “connected to ground” to work like a split psu? What I understand is that, the circuit is not in complete path if it is not connected to a common gnd.

3. Is there any “specific waveform” needed for the HV output? I tried HV using car ignition coil and I made a simple circuit that has a controllable voltage output as well as the input frequency to about hz~khz range but not yet successful to neutralize the effects of electromagnet energy on the core. 

4. Aside form HV and AC supply from the primary windings, is there any “other process” needed to add in order to obtain the expected OU? What we have now is High Frequency with high voltage ionizer + low frequency with low voltage supply as initial source of power.

5. I understand it clearly that the main function of the primary supply is to induce voltage to the    output coil jut like any other ordinary transformer does, but what I don’t understand is;
   â€¢ how it will produce an output more than the input? If the HV is working like an interruptor, exciter, relaxer, stimulator, pressurizer, levitator or whatever function that makes the core something very special like zero point source of energy, then what is something very special on HV? A waveform, frequency signal to about 20Khz, voltage output of about 5KV?
  • Or an oscillation of the HV coil is something self-oscillating using its own feedback exciting coil?
  • Do we need to customize the HV transformer?
  • TV HV(HOT) is a sort of DC output because there are ultra fast recovery diodes incorporate internally, sometimes we called it Tripler or quadrupler. Is that TV DC HV flyback possible to use in this device?   

Thanks in advance........
       
        Respectfully,
<jronel / Pinoy_Electronics>

 

New SR Video

http://www.001-lab.com/001lab/index.php?action=dlattach;topic=181.0;attach=11928

This is not new video i had it around a more than half year. Somebody it release on youtube - SR trusted that this video will not show up in public, but somebody cannot keep in in secret. 
anyway, nothing special here, only one thing... but this later.

Pinoy_Tech
schematic what i provided not give a OU in any way, this is only for experiments - for start and seeing how effects are produced in combination of two potentials.

There is process of "Magnetic Amplifier" who played important role in setup.

HV part have two contours
LV have two contours and these contours are Magnetic amplifier and ferrite part. (if we go little bit deeper)

@cosmo-lv, is correct to say that high volt and high frequency can saturate ferrite with less energy than low volt low frequency?