[NewCandle] other modes for LEDs...aha

[Jones Beene]

Nick,

Here is my best recommendation for the purpose of demonstrating putative 
overunity, COP near 2, especially if you have a MPSA06 handy.

Go to this page:
http://www.drstiffler.com/drivers.asp

Second one down. This is an older circuit which has been replicated 
several times IIRC, and even though it is not the best circuit for 
maximum gain in lighting - it does have the distinct advantage of 
showing more power, when measured in the secondary loop, than the P-in 
from a DC source into the primary loop. This gain of ~2 does NOT include 
the photon emission.

Do you have an issue of accuracy (meaningfulness) in comparing P-in from 
a battery -- to the power which is actually measured in the load-legs, 
to come up with that OU claim? My guess is that Keith will, but I want 
to argue the case if so.

Otherwise, if you agree the comparison is meaningful but then find some 
error in the measurement, we can take it from there, to sort out the 
problem.

The second schematic is entitled "Stiffler Driver/ Amplifier"

Since you already have two AV loops this should not be a problem.

In this circuit - what I have been referring to, in previous posts, as 
the "open" wire is the unconnected end of the 9 turn primary. It just 
sits there radiates, but it is a curious kind of RF since it is confined 
to a spatial region (what he calls the SEC active zone of about a cubic 
meter)

I have had better luck with a variation of this circuit that does not 
need a variable inductor or the beads, which I hope to post soon.

Jones





Nick Reiter wrote:
> Hi again, Jones,
> 
> I do have to confess that I may have overlooked at
> least one of the modes of LED lighting you were
> talking about.  Apologies... I guess I am so used to
> the "straight and narrow" when it comes to absorbing
> engineering changes that I missed the semantic
> differences.
> 
> I gather that some of what has been going on recently
> then is with the LED string connected right to the
> "secondary terminal" of the oscillator, without using
> the AV plug?  Maybe this is what you meant by the open
> wire mode.
> 
> So OK, I re-arranged things, and can get the bank of
> green LEDs at least to light without the AV plug,
> however, as one goes down the string of greens, they
> do get much dimmer.  I see this mode as well in some
> of the photos of the other fellows' work.
> 
> On the other hand, the luminosity is much less than
> with the AV plug, and the dimming of the LEDs as you
> go down the string suggests that nodes are coming into
> play, as one would expect in a radiative circuit. 
> That effect I played with 35 years ago, when my dad
> would take me with him when he would visit one of his
> radio repair buddies.  The old dude in question had a
> 1/4 wave antenna in his basement for checking CB
> mobile radios on the bench.  When he would key up, you
> could light a 4 foot fluorescent bulb held in hand. 
> CBs were typically 4 watts I think.  With a proper 1/4
> wave antenna, the Vmax is at the tip... just like in a
> Tesla Coil.  However, with Tesla Coils, you can run
> them off of an RF generator at a low input voltage,
> and light a fluorescent tube as you slowly move it up
> the side of the secondary.  At different points, the
> lamp will brighten and dim.
> 
> One could probably also model it as an RF dissipative
> loss phenomenon.
> 
> So again, I am not seeing anything non-intuitive, I
> guess, however I WILL take some time to work with this
> mode, since I guess I overlooked it before, or didn't
> understand which variation was being discussed at
> which time.
> 
> Though a small TC builder, I am far from being one of
> the TC grandmasters.  I wonder if there are any of the
> true olde time Resonance Wizards looking into
> Stifflers work?
> 
> N
> 
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