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Magnetic Amplifier Discussion
#1
The other day I watched some videos on magnetic amplifiers.  This is one example:



So I replicated it and it indeed works..  I also monitored power input..   The AC across my resistor load DID raise when I added DC to the other side of the circuit.

I also watched AC current from the variac supply.  While the output did rise, so did the current coming from the variac obviously.  

This got me thinking,  what if we were producing AC from a source that does NOT cost more when we pull more power out,  Like a solar panel.  Say we took a solar panel and paralleled the output into 2 branches.  1 branch we run through an inverter to make AC and the other branch we feed the DC side of the magnetic amplifier.   Will the magnetic amplifier still work and will we get more out of the panel? 

Is this simply a way to draw more from a source, or is it creating energy?  If it is creating energy, we wouldn't know because all the current is forced to loop through the supply, giving the illusion the supply is producing it.  

I assume if we did the same with a generator, it MAY produce more output, but since more current is running through the pickup coils, it would just cause more drag..  But there are other questions with this also that should be explored..

This thread is for discussions on magnetic amplifier possibilities and NOT a build log.  Feel free to post and reply with anything even mildly related
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#2
Really interesting. I immediately thought that this is a tunable deconstructured bucking coil setup. If that AC source could resonate at the transformer resonant frequency... the DC could then become the governer of flux / resistance in either direction.

Lots of parallels with pulse motors too, DC in / AC (EMF) out.
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#3
I have a circuit I play with on and off.  It creates Extreme amounts of CEMF and separates it from the driving voltage.  I can use the CEMF to spin separate motors and run separate circuits.

I can ground it to the positive or negative.  

Here I am charging a 12V battery from the negative terminal of a 6V battery with the CEMF.



Point is, using this CEMF to create energy can not transfer to the source..  If I spin a generator with the CEMF, the more the generator Boggs down, the lower the input gets.  It reverses normal circuitry dynamics.

Problem is, it takes more input power to create this CEMF than I can tap it for.  But what if it can be amplified??  And not reciprocate to raise the source??

This is a simple sketch, but not complete..  But it shows how the 12V and 6V battery are hooked up in the video above.

   
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