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[hartiberlin]

Have a look at this:

http://www.youtube.com/watch?v=OJvFd3pYBnM

Amazing !

I hope Dr. Stiffler will publish the exact circuit.

Regards, Stefan.

P.S:His website is at:
www.stifflerscientific.com

[FreeEnergy]

need a diagram for this 

[hartiberlin]

Seems to be a factor of around 170 x more output than input.

If you apply 2 Volts peek to peek via a 10 KOhm resistor
(if it is high frequency, the 10 pF cap mentioned,might just
be conducting..so I neglected it..) so the input power
is around 400 mikroWatts.

The output power is 2.73 Volts x 25 miliamps = 68.25 milliWatts.

So ouput / input is around 170.

[Super]

The next vid in the next 48 hours will be of great interest. I will post circuits on my web site so that I am covered under my disclaimer for people that try it that do not have the tools or experience to do so. You are a member so check the site...

... can somebody please give me a link to his web site (pm or post) ?

thx, super

[hartiberlin]

Okay, here:

http://www.drstiffler.com/

He also invented a super electrolyzer !

[Super]

Thanks Stefan 

... don't know why, but this guy is a little bit suspect to me,
anyway, looking to find his circuit.

[hartiberlin]

MR. Amos,
he stated, that in series with this signal generator he has a 10 KOhm
resistor and a 10 pF cap.
Assuming the cap will conduct at his used frequency,
there is still the 10 KOhm resistor as a preresistor.
So, 10 KOhm at 2 Volts is 400 mikroWatts,
probably less, beacuse you have to calculate in the duty
cycle.

So do you think you can run the LED this bright with just 400 mikroWatts ?

He stated on his description that this is a blue LED
with 2,73 Volts and 25 mA.

Maybe these are just the normal specs of the LED and
not the actual measured data at the LED, but the LED at least
looks brighter than just driving it with 400 mikroWatts.

[hartiberlin]

Dr.Stiffler just answered to me regarding the choke:

"It is in series on the drain side. It is necessary."

Regarding the ferrite transformer:

"... it happens to cause the core to ring at the 4th (of 3.58mHz) and the
MOSFET starts up as a parametric pump. I adjust the phase with the FE beads
and the circuit is totally AC under its own power. Complicated to view the
thing, but with care is possible. Has a field around it that is quite large.

This is a core thing and causes a parametric feedback."

[callanan]

This is Sweet.

[TheOne]

this is impressive, i would like the plan I try it !

[BEP]

Yes. This would be nice. I really want to see a control schematic. It is not difficult to charge small NiCads with the circuit they are driving -also light an LED while doing it but frequency control when disconnecting the batteries must be a trick.

Also he publishes the same opinions I have on time and other subjects. His 'time' in the spotlite is probably limited.

[hansvonlieven]

*Removed* by RStiffler

[hartiberlin]

Hans,
this is a thread of dicussion about  the circuit and not a discussion about somebody?s titles

Please concentrate onto the circuit.
Many thanks.

[hartiberlin]

Dr.Stiffler just replied to me(he has no account overhere yet):

>> He stated on his description that this is a blue LED
>> >>with 2,73 Volts and 25 mA.

He may be right from a spec sheet statement, I think mine are spec of 2.76
and 20mA. Yes it is measured across a 1 ohm 1% with a floating digital
scope.

If he is so inclined I would suggest to him that he power one at 400uA and
25mA and see the difference. Additionally he must consider that the input
signal is also limited by the gate capacity of the MOSFET, which is less
than the input cap used.

Looking forward to the skeptics, I think its call jealousy rather than
science.


Regarding downtime of the webservers:
Denial of Service
My web sites have been shut down twice already.

www.drstiffler.com was first followed by www.stifflerscientific.com

Seems like someone is unhappy...

Both sites back up for now.

[sterlinga]

I've created a feature page about this here: http://peswiki.com/index.php/OS:Stiffler_Cold_Electricity_Circuit

Feel free to use this page to summarize this circuit, its performance, instructions, replications, theories.

Sterling