Pulsed DC Transformer with Embedded Magnets

[ltseung888]

Mr. T

Yes it is a step up transformer.
That is evident from the pulses in first screen shot.
The top Voltage is the Primary...
The bottom Voltage is the Secondary.

However...you say
You won't see the square A when it is hooked up to an inductor (or electromagnet).

         1. You see the rise time at front end of pulse. (domains lining up to amplify coil's A Field)
         2. You see nothing in middle of pulse. (steady current means no change in A Field... domains all in 1 direction)
         3. You see decay rise time at end of pulse. (this is when the A domains return to random directions)
             - a mirror of the front pulse rise time , but from the opposite direction.

When the pulses approach the size of the resonant ring... this is when things add up.

Remember that the secondary ONLY reacts to a changing magnetic field.
Even though Current is flowing through the Primary after the rise time... you will see nothing in the Seconday.

Now at Resonance... the primary is an AC sine A
                                    Not a DC Square wave
                                    ...remember the back pulse from the collapsing domains.
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I shall try some power calculations in the near future.

The Observer

Thank you once more, Observer.  I do not have my pulse generator for testing yet. 

I wonder what would happen if you put another diode in your primary coil circuit?  Would that force the DC Pulse in only one direction?  If we also put a diode in the secondary coil circuit as in the Stan Meyer diagram, what would happen to the waveforms?  The Stan Meyer diagram showed rectangular waveforms in both the primary and secondary circuits. 

(That also clarified my understanding of the Magnacoaster patent diagram 1.  I thought that they put more diodes than necessary.)

Can you put a LCR resonance circuit in the secondary coil circuit and see what happens?

[pese]

This here ist the NEXT "NONSENS" Circuit that was attached in Overunity.com.
This is missleading the folk,
and will not help to find the
"serios" side of FE-Search.

In circuit, most diodes
includin them from the
Bridge are in wrong direction

Forget this "inventors",
with his inventions,  that
have distribute, this diagrams.
Gustav Pese

[ltseung888]

This here ist the NEXT "NONSENS" A that was attached in Overunity.com.
This is missleading the folk,
and will not help to find the
"serios" side of FE-Search.

In circuit, most diodes
includin them from the
Bridge are in wrong direction

Forget this "inventors",
with his inventions,  that
have distribute, this diagrams.
Gustav Pese

Magnacoaster is already selling products.  I have a feeling that the "extra diodes" may act as "reflectors" as common in most resonance systems.  They did not explain their function in the patent disclosure.

[The Observer]

Mr L. T.

Tseung said...

I wonder what would happen if you put another diode in your primary coil circuit?

I guess I can try that...
                                     I guess there would still be back voltage... just no current flow.

Tseung said....

Can you put a LCR resonance circuit in the secondary coil circuit and see what happens?

That sounds like a good idea.
                                                Probably need to figure the exact resonance frequency...
                                                to calculate the correct values for C and R in the Secondary.

My guess is that Stan's input was a square wave... that looked like a sine wave at resonance, just as my circuit.

The Observer

[ltseung888]

Tseung said....
That sounds like a good idea.
                                                Probably need to figure the exact resonance frequency...
                                                to calculate the correct values for C and R in the Secondary.

My guess is that Stan's input was a square wave... that looked like a sine wave at resonance, just as my circuit.

The Observer

Try the LCR resonance circuit calculator:

http://www.lautsprechershop.de/tools/index_en.htm?/tools/t_schwingkreis_en.htm