Claimed OU circuit of Rosemary Ainslie

[qiman]

I think it might be too early to conclude the claims are 100 percent bogus  ...  But there's just nothing real to talk about until there's a well documented experiment (or video even) that shows a self running circuit, ou measurements,  etc (assuming "ou" is even possible).  Until then, you guys are just arguing about speculation.

Bedini energizer is over 1.0 COP. Can easily get back 90% in secondary battery with measurable 15%+ in mechanical work in rotor. 1.05%. Everyone seems to want to ignore the mechanical work. It is an over 1.0 COP device.

The 2 stage mechanical oscillator, over 1.0 COP by quite a bit.

Peter's rotary attraction motor, over 1.0 COP.

Anyone trained in classical EE is not qualified to measure it because all the defeats are built into the math and logic.

[qiman]

Abbreviated response to MH from Energetic Forum:

The spike reduces what the input pulse delivers. AND, the oscillation cancels itself out.

EXCESS HEAT IN THE INDUCTIVE RESISTOR thanks to the ringing. PLUS CHARGING IN THE SUPPLY BATTERY thanks to the spike.

But make sure it is tuned or you'll get less heat and less charge for equivalent input. There is a difference.

[qiman]

TK, I posted your results and link to pic on Energetic Forum.
It is there for the record and I'm sure you stand behind your
results. You can verify that I posted it verbatim.

[TinselKoala]

Well, if you liked those results, I'm sure you will love the newest video, uploading now.

You know, if you took out the "for free" your description of your waveform above would almost be correct.
But it isn't for free, it comes from the battery, and it isn't increasing, as you can see from the nice exponential DECAY of the waveform. Each cycle is a little smaller in amplitude than the last--because some power is being dissipated as heat. Power from the battery. Not increasing--the envelope shows you that.


(Oh, and there aren't very many people, even on this forum, that believe any of those things you mentioned are even close to being OU. If you really think they are, why haven't you applied for any of the MANY prizes that you would get? If only you could PROVE IT.)

[0c]

So, is this Ainslie thing put to bed yet?