Pulsed DC Transformer with Embedded Magnets

[SkyWatcher123]

Hi folks, and here it is with secondary. Now I can start trying to tune it to resonate with limited means. Here is a couple links I think are applicable to these devices.http://www.youtube.com/watch?v=kQdcwDCBoNY&feature=channel_page
http://www.forgotten-genius.com/documents/pg__2_2.html
and a pic of my toroid with secondary.

[ltseung888]

Hi folks, and here it is with secondary. Now I can start trying to tune it to resonate with limited means. Here is a couple links I think are applicable to these devices.http://www.youtube.com/watch?v=kQdcwDCBoNY&feature=channel_page
http://www.forgotten-genius.com/documents/pg__2_2.html
and a pic of my toroid with secondary.

Thank you very much, SkyWatch123.  The videos will help to cut down much of the required explanations.  In the first video link, the Signal Generator was used to provide pulses to a Primary and a Secondary LCR circuits.

The video clearly showed that at certain frequencies, the LED at the primary will go dim or even out while the LED at the secondary will light up.  The question is:

If the current supplied to the primary goes down, does that mean the INPUT power goes down?

When power is supplied via the Signal Generator, the answer may not be obvious.  But if the power was supplied by an AA battery and the OUTPUT power seen on the oscilloscope is many times that of the INPUT, the answer is obvious.

If the Instructor of the video did the Input and Output Power measurements and comparisons, he would have illustrated overunity.  (Many months before our team.)  He did not realize that at or near resonance, Electron Motion Energy could be lead-out.  At resonance, most of the energy going to the Secondary does not come from the Primary but flows in from the surrounding electron motions.

[SkyWatcher123]

Hi ltseung888, Whatever I can do to help. I am having difficulty in tuning my air-core toroid and this is due to not having devices to help see what is happening and the circuit is not very adjustable. Therefore I went back to using a 555 timer that is much more adjustable and with this I am able to tune much easier. Though for now I used my other solenoid coil with ferrite core, then I will try tuning the air-core toroid. Here are a few videos from gotoluc and I realize it seems he's been convinced he has nothing special in these videos, though I think he has a very efficient resonant tuned system running thanks to the adjustable 555 timer.
http://www.youtube.com/profile?user=gotoluc#p/u/66/xvE7IGCra14
http://www.youtube.com/profile?user=gotoluc#p/u/67/9UH_v5EO7-A
In video #7, if you calculate the heat outputs, minus the heat inputs relative to the control heat reading, it comes out to around COP 5. He was encouraged to use a measuring method that neutralized the gain of the resonance, instead of the self evident two bulb test in video #8 where he has an identical bulb on input negative line and one on recirculating output line. Hope this helps anyone.
peace love light
Tyson

[ltseung888]

Forever shining LED?

In the following setup, Battery A can recharge Battery B and light up LEDs at the same time.

After awhile, Battery B can be swapped to recharge Battery A.

The preliminary test with two slightly run-down rechargeable AA batteries got voltage on both Batteries up!

Oscilloscope reading seem to confirm that the overunity lead-out energy did the trick.

Plan to run the setup for months to confirm.

[ltseung888]

Recharging other AA Batteries with resonant lead-out energy

This setup is beyond doubt.  The much higher Output Energy was used to recharge AA Batteries.

Other LEDs can be ON or other useful work can be done.

This serup will be sent to a number of top universities for verification.

After verification, a copy will be sent to Stefan to claim the overunity prize on behalf of Gadgetmail.