[NewCandle] Parasitic Cap Charging

[Keith Nagel]

Hi Ron,

You write:
>Now when the LED's are driven from a SEC Exciter (bifurcated, negative
resistance,
> wide band oscillator, similar to Clapp oscillator design) the results are
a
> whole new ball game. The reason is the wide bandwidth. Normally a SEC 15-3
> properly tuned will have a band width of >500MHz, with ~5MHz spacing from
> the primary fundamental. LED's act very strange when excited in this way.
> I early on found that they were 'thermal neutral', which does not mean
they
> cooled, but they did not produce heat in relation to proportional
dissipation.

Yes, I believe Jones Beene had mentioned to me that the LEDs as driven by
your circuit were more efficient

So what am I saying here? Well if you have a light source of X lumen's what
should be the expected heat output when compared to the input and the light
output. What is seen in LED's when excited from a SEC Exciter is a light
output => input. Do not get this statement wrong or interrupt it wrong, I am
not talking about the so called OU idea. What is missing in the LED's driven
by SEC Exciters is the expected heat.

Now what you need to understand is that in all the work I have done and many
others, is that we have been able to power over 200 Super White LED's to
equivalent (specification) light output with less than 10mA of drive
current.

Okay so what does this mean? Well I have an idea an so do many others that
are very, very skilled in electronics, but no 'One' with credentials that
will be accepted by the current community will come out and state the
results.


proportional? What I am ultimately looking for is the most
light output for the least current. Typically I would order
a selection but I'm sure you must have characterized these
things... Likely I will order a selection, but over the
different types rather than just in one color.
I nor anyone working with me has tried anything to do with the different
colored LED's. I have seen on the net, people claiming to have seem
interesting things using the colors, yet I for some reason just can not get
excited.

The white
ones are my first choice for aesthetic reasons, although the
last time we all were discussing this w/ respect to your
work, I seem to remember that yellow or green chemistries
were more energy efficient and would be better for what
I want to do. In my case, I'm interested in the DC characteristics.

Kiss the DC characteristics goodbye when you are exciting with a properly
tuned SEC Exciter, you enter a whole new world of which little data exists.

You really need to look at ESEG, just a simple test could prove worth while.
Really if only someone would put pencil to paper and see what the field
density is like 30cm from a 1W Exciter and attempt to answer how it can
charge 1kF to 140+ volts in under 60 sec. is just the person I would like to
work with.

K.



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