Claimed OU circuit of Rosemary Ainslie

[Rosemary Ainslie]

Cat - thanks for the links. 

Poynt - why the magic a 400kHz?  Does spice give better numbers here?  I thought your first set of results looked better than this last set. 

[poynt99]

Rosemary,

The magic ~455kHz frequency comes form Aaron's more recent scope shots where he is running the circuit on minuscule power levels. I am proposing that this frequency can be used directly in place of the 555 when it is in it's aperiodic mode.

The results are all over the map as I am trying different scenarios and also trying to accommodate Harvey's requirements he is asking for in the simulation. I am not sure we can have equal ON-time and clipped excursion time, but we'll see. I'm partly just acting as his hands at the moment regarding what he wants in the simulation, so the more info he can provide, the sooner we'll get to the final settings if at all possible.

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[Rosemary Ainslie]

Poynt - thanks for the patience.  Regarding the frequency - I see now that you're just going by Aaron's result.  I saw your comment to Harvey stating that saturation can only be achieved by a longer on time.  What about reducing the Ohm's value and thickening the wire?  Would that help?

[poynt99]

We can reduce the Ohms value by going with an appropriate inductive resistor, but this could mean fewer turns which means less inductance.

Making a "resistor" with our own heavy magnet wire is an option, but we are drifting further away from your original circuit. Harvey's direction is also drifting substantially away from your circuit.

Seems like there is no clear direction at the moment. No one but Ash and Andrew seem to be interested in just building your original circuit as per the Quantum article (with a corrected 555 circuit). Aperiodic oscillation is not necessary for COP>1 per your statement, so why not prove this simple repeatable circuit out first?

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[poynt99]

Rosemary,

For your circuit it would seem that the goal was to generate more heat with less input energy, and that's the reason an inductive resistor was chosen for the experiment. Am I right?

Really, if one wanted to extract free energy in the form of electricity, using an inductive resistor is surely NOT the way to go. Winding an inductor with heavy magnet wire until the DC series resistance equals 10 Ohms will produce an inductor with a relatively high inductance to resistance ratio, and will then have much less losses in heat. This would be much more suitable for attempting to extract free electricity as opposed to free heat I would think.

So, I think everyone needs to pause for a moment and first decide what form of energy they are trying to produce, heat or electricity (or in another form magnetism)?

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