[NewCandle] Parasitic Cap Charging

[Dr Stiffler]

John Winterflood wrote:
> Hi Dr Stiffler,
>
> I have just stumbled across your website - maybe it was down before?
>
> Anyway you have certainly provided very nice documentation on your 
> experimental work and checking out your ESEG page at
> http://67.76.235.52/e_seg01.asp
> near the bottom of this page it seems that you have apparently 
> obtained electrical overunity by a factor of approximately 6!!!
>
> I'm sure you appreciate just what a remarkable achievement this is if 
> it holds up to scrutiny!
>
> The thing about electrical overunity is that it should be extremely 
> easy to close the energetic loop (unlike excess heat etc).
>
> So how about having two capacitors connected with a multi-pole 
> changeover relay and a flip-flop circuit to power the whole system 
> from one capacitor while the other is charging and vice-versa!?  You 
> do not have to run the capacitors down much - just run for a second or 
> two so that the supply voltage stays almost constant and doesn't 
> require much regulation.
>
> Congratulations!
>
> John
>
>
>
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>
Mr. Winterflood.

My site was down for 12 days during power outage as a result of 
Hurricane Ike followed by 'Denial of Service' and invasion of my old MS 
Server OS. You are lucky you could find it in operable state. In process 
of Linux install to remove some of the pain.

Now to your initial topic. Yes and No on ESEG. The current state is; 1) 
will not start itself. 2) requires initial minimum charge to start. 3) 
output provides nothing for a secondary device. 4) will run for time 
periods far in excess of initial start charge, is "limited".

The device is about as simple component wise as possible, yet is a 
bifurcated oscillator highly sensitive to voltages as an intrinsic 
negative resistance is the primary factor in its operation.

My web site is weeks behind on content an I have decided to keep it as 
the focal point for information. With some lab damage from Ike, the lack 
of electrical service and what appears to be unhappy "hobbyists".

I will indeed at some point have the information public.

It was replicated once by a third party (short period) and has not run 
again for this Ph.D. Excitement or congratulations are premature. Here 
is a short list of some of the variables; input voltage, transistor hfe 
(beta), diurnal variation, earth ground  conditions an method.

I have not been able to model the exciter in 'MicroCap', I do not know 
Spice but would welcome help here. If a model could be derived, ESEG may 
really be something of value.

-- 

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