Pulsed DC Transformer with Embedded Magnets

[ltseung888]

The resonance circuit â€" which resonance

Now that we established the Stan Meyer Secondary Coil circuit is a LC or LCR resonance circuit.  I believe the electrolytes act as resistance.  The special thing about it is the use of Pulsed DC and the use of diode to ensure that the loopback is also Pulsed DC.

Some people thought that the resonance is at the frequency when the water molecules break up.  I believe that it is the frequency of the Lead-Out Energy.  The actual frequency is not sharp and construction dependent.  That does not seem like molecular frequency.  I believe many replicators failed because they either try to feed the frequency directly or use different construction dimensions.

The problem now reduces to hunting for the correct resonance frequency for a given load.  If we can keep the load constant, the task is greatly simplified.  Good experimenters, are you listening???

[The Observer]

LT,

You said...

Some people thought that the resonance is at the frequency when the water molecules break up.  I believe that it is the frequency of the Lead-Out Energy.

The resonant frequency of the magnetic dipoles in the core of the toroidal transformer is probably leading out electron energy.

Stan got his extra energy from a ferromagnetic resonance which results in the effortless switching magnetic field of the core.

LT... think about it...
         an ironish core amplifies the magnetic field of the  coil by 10,000 times !!!!

                         Am I still the only person here who finds this astounding???

Just the amplification of the field is enough to make my teeth go crooked... but resonance too?
   Come on it's a no-brainer to experiment the with the resonance of transformers (as I am doing)

*** a resonating audio transformer (step down mind you) lights up a 3v LED with a 1.2v battery ! ***
           Ya hu... it lights up brightly and will burn out if you hook it to the back pulses of the primary.

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          If resonating transformers were good enough for Tesla and Stan, they're good enough for me.
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The Observer

[ltseung888]

DC Pulse a resonance circuit

The general question is:

If we put any resonance circuit in the secondary coil of a transformer and DC Pulse it from the Primary at the resonance frequency, what will happen?

My answer is: Electromagnetic Energy will be Lead Out.  This is the case similar to the pulled pendulum at the right time.

If the answer is this simple, there will be a fleet of FLEET in no time.

[ltseung888]

Another valid question

What happens if we apply AC from the primary to the secondary Coil with a resonance circuit?  The AC is set at the resonance frequency and NOT 50 or 60 Hertz. 

Will the Power (energy) appearing at the secondary be magnified? 

This is best settled by actual experiments?  Who can do it?  It is NOT patented (or may not be patentable) but if the answer is yes, the implications will be enormous.

[Paul-R]

Another valid question

What happens if we apply AC from the primary to the secondary Coil with a resonance circuit?  The AC is set at the resonance frequency and NOT 50 or 60 Hertz. 

Will the Power (energy) appearing at the secondary be magnified? 

This will depend on the magnet and whether, in actual fact, it leads out energy.

You say: "What happens if we apply AC from the primary to the secondary Coil...". We must remember that we don't apply anything to the secondary. It is the primary, through the transformer, which applies power to the secondary, and the secondary's circuit must be designed to be in resonance under these conditions.

I hope to have a bash at this during the weekend.