Partnered Output Coils - Free Energy

[Vortex1]

Just for fun as I had a little free time I did a simulation of of a transformer with a phantom internal gain of 1.05 furnished by an op amp and power supplies.

The circuit will oscillate when the output of U1 is fed back in phase Via R2 (positive feedback) to the input of the transformer.

It needs a little noise to start so I supplied a 100uS pulse via a 100 meg resistor so not to load the circuit.

Without that single noise pulse it will not build oscillation.

This demonstrates that with a gain as little as 1.05 in the transformer it should form an oscillator
as I said it would in my prior posts.

The power supplies and op amp provide the supposed energy from "somewhere" that is claimed to exist in Brad's transformer.

This is just a proof that a system with gain as low as 1.05 can be made to oscillate when positive feedback is applied.

This also means that if there is a gain of 1.05 or greater in Brad's transformer, it should oscillate when positive feedback is applied.

Next, I will push the envelope to see how little gain is actually needed to get it to oscillate.

Values were not exact to Brad's but the concept will work with other inductance values.

Enjoy
Regards, Vortex1

Edit: I set the gain to 1.02, then 1.01 (changed Rs to 50k then 100k)and it still builds oscillation, although much more slowly, as expected.

[poynt99]

ION,

Why does the output level off? 

[Vortex1]

ION,

Why does the output level off? 

Because I limited the amount of positive feedback possible by low power supply voltage and a current limiting positive feedback resistor R2. Without R2 you get non-sinusoidal waveform, very spikey. When the op amp approaches the rails, "she can't give no more captain".

In a real world device with gain (maybe like the TPU?), you would have to be very careful in applying feedback and need to limit it in some way, as SM said it is  furnace that feeds itself, and runaway destruction and meltdown is possible.

I didn't start saving data until 0.2mS into buildup because the noise perturbation is so small it takes a good while for the small numbers to crunch and build up to the point where an oscillation is first seen on the display waveform.

[poynt99]

Reminds me of the Wein Bridge oscillators I designed for "ashtweth" for use with the MRA, remember him?

[Vortex1]

Reminds me of the Wein Bridge oscillators I designed for "ashweth" for use with the MRA, remember him?

Darren, I can hardly remember what I had for breakfast this morning  , although the name is somewhat familiar.