Pulsed DC Transformer with Embedded Magnets

[The Observer]

Pirate,

Anything that is attracted to a magnet is Ferromagnetic or has Ferromagnetic components.
I completely respect you and all you have done, but at this point I am going to call you out.

"Is the piece of Ferrite you referred to attracted to a magnet?"

If so, then it possesses randomly oriented magnetic dipoles (within domains)
powered by unpaired infinitely spinning electrons
that (in this case) rotate on a dime to amplify the magnetic field of a coil by 50,000 times or so.
Whatever the Magnetic Permeability is.. THAT's how much it amplifies the field of a given coil.

              B = (μ0 * μr * N * i) / l

              μr is the relative permeability (Magnetic Permeability) of the material within the solenoid.
       
              Only Ferromagnetic Materials have a Permeability significantly greater than 1.. like 5,000 or 100,000.
              In other words... ParaMagnetic & DiaMagnetic Materials have a Magnetic Permeability of ~1.
              If you are using a material of High Magnetic Permeability.. it is most Definitely Ferromagnetic.
     
The diagram below describes what I am talking about.

Best Regards,
                     The Observer

[ltseung888]

Full connection details on the prototype B to bring to USA,

The diagram is extracted from the workshops being done in Hong Kong.

If you have two oscilloscopes, you are welcome to replicate.  We can remotely debug it for you if you run into problems.  If you only have one, then do the Input first and then the Output.  We hope to have at least a dozen Universities or Research Institutes verifying and confirming the overunity results before the end of this year.

Credit goes to Gadgetmail and hope his health gets better.

[rave154]

12.8 Watts output.....hmm...through a single LED...

well lets see..a typical LED would have about 2V acorss it, with perhaps 20mA runnign through it, that equates to 0.04W

therefore if Tseungs 12.8 W is correct.then he is overloading a single LED power-wise to the tune of 320 times, without the LED popping its clogs? ..hmmmm

[ltseung888]

12.8 Watts output.....hmm...through a single LED...

well lets see..a typical LED would have about 2V acorss it, with perhaps 20mA runnign through it, that equates to 0.04W

therefore if Tseungs 12.8 W is correct.then he is overloading a single LED power-wise to the tune of 320 times, without the LED popping its clogs? ..hmmmm

You are basing your calculation on steady DC voltage.  When you have pulsing DC as in this case (or in all JT circuits). your assumptions are not applicable.  Please do the experiments and study the theory.

[rave154]

Tseung,

if your output is pulsed DC, then simply send it to a FWBR then into a DC  CAP with a load resistor across it..and measure the voltage across the resistor.. from this calculate amperage...from this calculate wattage in pure DC terms.