Pulsed DC Transformer with Embedded Magnets

[ltseung888]

Experiment with Yung and Lee

Mr. Lee is another member of HKIA.  He has a toilet seat invention that will automatically get sterilized or cleaned after every use.  That is ideal in a hospital environment and will cut down possible cross-infection.  He came to watch Yung and Tseung do the FLEET experiment.

Yung: “Welcome to our experiments.  I am learning myself.  It does appear that the Output Peak-to-Peak Voltage varies with Input frequency.  We kept the Input Peak-to Peak Voltage fixed.  It is a one-to-one transformer.  The traditional understanding is that the voltage should be the same as n=1.”

Lee: “I saw the big Tong Wheel.  It can demonstrate overunity.  Can this small device do that?”

Tseung: “That is the purpose of this series of experiments.  So far, the results are encouraging.  They are not conclusive yet.  But they pointed to the right direction.”

The diagram is the experimental setup.  Varying the frequency from the Pulse Generator does affect the Output peak-to-peak voltage as seen on the Multimeter.  We need to repeat that on the Oscilloscope and display the current waveform at the same time.  Time to rest and another small celebration!

(I believe the three Hong Kong/Shenzhen groups with experts in Oscilloscopes did similar experiments and decided that they did not need more theory.  They started on product development already.)

[The Observer]

LT,

Thanks for the compliment.

An LCR circuit after the second JT tuned to those small resonant pulses may have an interesting effect.

The Observer

[ltseung888]

LT,

Thanks for the compliment.

An LCR circuit after the second JT tuned to those small resonant pulses may have an interesting effect.

The Observer

Dear Observer,

I have a gut feel that if you Loopback the Output of the second JT to the Source Battery, it will recharge it.  In effect, you might have produced a battery recharging circuit.  A low battery may act as your supply battery and recharge itself from the Lead-Out Energy via the resonant Joule Thieves.  There may still be enough juice left to light some LEDs.

Try it and claim the overunity prize!  Donate 10% to any charity of your choice.  If you prefer, donate to Help Seedlings Innovate Foundation Limited.  Your hard work will be rewarded.  This may be your personal FLEET.  You are the first to openly post your findings.  You may be able to get investment to produce products.  The World will benefit.  Life is fun!

[The Observer]

LT,

You said...

I have a gut feel that if you Loopback the Output of the second JT to the Source Battery, it will recharge it.
         In effect, you might have produced a battery recharging circuit.

A low battery may act as your supply battery and recharge itself from the Lead-Out Energy via the resonant Joule Thieves.

There may still be enough juice left to light some LEDs.

1. I'm pretty sure a battery could be charged with the resonant DC ring.
2. Could also switch between a couple batteries.
3. Yep.. a few LEDs hooked up to prove work can be done would be good.
4. Hooking up an LC oscillator to the resonant ring (tuned to ring) is probably going give an output with a better chance of OU.
5. A Larger resistance in the Second JT should make pulses closer together... if they touch.. then possibly Super Resonance !

My OU prize will be paid when cars don't burn oil & coal plants are obsolete.

The Observer

[ltseung888]

Experimental results on April 4, 2010

The Pulse Generator generating sine wave was used.