Reclaiming the shorted coil pulse

[Hrothgar]

If you have an input coil a shorted coil and an output coil can you get power out of the output? After all the shorted coil goes to 0 volts but in doing so creates a magnetic pulse.

I know it is vague but for all I know there might be some interesting interactions that could prove useful other than shaded pole motors.

[Ernst]

Sounds like something that is very easy to try.
Take a transformer with 2 output coils, short one and see what happens to the other.
Theoretically in an ideal transformer, the shorted coil will take up all input energy, leaving none for the other output coil...
Ideal transformers may prove very hard to procure....


Ernst.

[sprocket]

Another 3-coil setup, a 2-coil bifilar, on top of which is wound a normal coil. Shorting one of the bifilar coils reduces the inductance of the other drastically, allowing max current to flow in min time. Unshort bifilar, inductance in powered coil returns, resulting in strengthened magnetic field for no added input. Use third coil as your output. What's wrong with this scenario?

[Hrothgar]

Where I'm going with this

The following is a pulsed DC output plan. I have a design where I'm using the input coil 4 physical but one electrically in 4 locations at once in 2 of the positions coil sections are between 2 magnets feeding each other(these magnets feed each other when the unit is at no input thus keeping the output coils at 0 flux. The others are outside of the feed loop pulling at the magnets to break the feed. If I have a diode run from the end of the input back to the beginning. Then it will only be a short circuit with regard to the permanent magnet burst. The power from the short should mule kick the coil sections between the magnet feed. Thus having a huge increase in responsiveness for the flux for the output coils. I'm thinking a resistor with that diode might be a good idea.

Also I figured it would up the number of cycles by the fact that a shaded pole pulses multiple times as a sinusoidal current rises.