KapaNoDrawBack circuit from a German friend

[Free.Energy]

Try:

1. Apply DC from your power supply of at least 15v to coil L3 (vary voltage and current and see if any effect on output)

2. In a separate test, disconnect the copper rod from the other coils.  Apply DC of at least 15v to the copper rod with and without the ferrites to see if there is any effect on the output.  (vary voltage and current and see if any effect on output)

[NoDrawBack]

Thanks, i will give that DC suggestion on L3 a try but:

>Apply DC of at least 15v to the copper rod

will result in approx 2400 Ampere   
(such a DC supply i do not own)

What do you mean?

[Free.Energy]

Sorry.
Limit the current to about 1 ampere.  Ideally you want to be able to adjust it if applying it makes a difference.

[NoDrawBack]

you wrote:
>1. Apply DC from your power supply of at least 15v to coil L3
Results:
- With increasing DC current the output drops down to ZERO at 3A
- By varying frequency i was not able to find another useful resonance point with high output
- The resistance of the input coil increased significantly  (Current raised from 0.5A to 3.0A (power supply maximum))

>2. In a separate test, disconnect the copper rod from the other coils. 
>Apply DC of at least 1 Ampere to the copper rod
Result: No difference could be detected, no influence for DC currents (tested 0.1 up to 3A)

Thanks for your suggestions

[Vortex1]

Dear Nodrawback

Thank you for your excellent work.

I would suggest replacing the thin coil L1, L2 assembly with a copper cylinder to see if it still works. The copper cylinder should have a slot  on it's length, or use copper foil formed to a cylinder but do not allow a complete turn or touching of the edges, as this would act as a single turn shorted winding and absorb all the energy. Leave a few mm between the edges. Then test the potential between the copper rod and slotted cylinder while driving the heavier coil normally.

If it does not work the same, then possibly the induced high voltage due to large number of turns is forming a closed path through the small amount of capacitive coupling between the copper rod and the thin coil L1, L2.

It would be nice to see a video where both bulbs are observed, or the first bulb is eliminated and only the second bulb is energized while observing the amp meters, to be sure there is no energy re-balancing (like squeezing a balloon at one end).

Could it be that RF radiation loss from the thin L1, L2 coil harmonic high frequency energy (ringing) is being shifted to the second bulb instead of radiated to the environment ? What is the frequency of the ringing energy?

Is there any change in the scope waveform or power supply meter current ( not meaning the pointer D'Arsonval meter) when the second bulb is touched?

Thank you in advance for any testing on my request.