[NewCandle] Cold Electricty

[Keith Nagel]

My first comment would be that I have never heard
of a ferrite antenna core being made of BaFe. How
about you, George? I've measured mu's between about
1 and 3 for BaFe. Typical antenna cores are on the
order of 100-10000. BaFe is a hard material, not
soft like antenna core material. These are typically
manganese zinc or nickel zinc, depending on
the bandwidth needed. 

K.


-----Original Message-----
From: newcandle-bounces at ipdiscover.com
[mailto:newcandle-bounces at ipdiscover.com]On Behalf Of Jones Beene
Sent: Friday, October 19, 2007 2:09 PM
To: New energy for the new world.
Subject: Re: [NewCandle] Cold Electricty


BTW George, Keith and all

Let's pursue this thread here instead of vortex.

Ron told me just now that he is going NON-PUBLIC as of
now - due to the negative response, and hints that he
has used trickery (mostly from other forums)

He does not appreciate nor deserve the negativism. 

Jones




--- George Holz <george at varisys.com> wrote:

> Currently eskimo.com is rejecting all of
> my attempts to send messages to vortex or BillB.
> Perhaps Jones, who should find my message
> interesting could forward it to vortex-l.
>  
> I would like to agree with Bill Beaty's observations
> on Ron Stiffler's experiments and add some
> obvservations from my own crude attempt to
> replicate the effect. These ferrite core/coil
> combinations indeed  behave like minature
> Tesla coils.
> As the signal generator is tuned to
> the resonance frequency of the primary of
> the ferrite core coil, a resonant voltage
> multiplication
> takes effect and significant energy is input from
> the single lead connecting the signal generator
> to the coil. A 3.5 pf  10 megohm scope probe
> shows about a 15 times voltage multiplication
> at the other end of my coil compared to the
> generator voltage. The voltage multiplication is
> probably proportional to the Q of the core/coil.
> I am able to light a red LED connected in Ron's
> diode circuit when it is tied to the other end of
> the resonant primary coil. The resonant frequency
> of my coil/core combination is about 3.5 MHz.
> My  secondary coil has fewer turns and
> provides lower output voltage. I am also able to
> light
> the LED when connecting the input signal through a
> 10 pf  capacitor although it is dim and my input
> voltage was 10 volts peak to peak, much higher
> than Ron's.
> This setup qualitatively duplicates some of Ron's
> results but is not a close replication. I am unable
> to measure energy input or output power accurately.
> In order to measure input energy I believe I will
> need to build an efficient CMOS generator to
> power the input and measure its' DC input power.
> I would also suggest that with high frequency high
> impedance signals present that the plug in buss bar
> style breadboards have too much parasitic
> capacitance to
> allow accurate evaluation of where energy is flowing
> in these circuits.
> I have a large collection of ferrite rods. The one
> I am currently using is surplus10mm diameter rod
> of Russian manufacture designed for shortwave use.
> Question for Ron:
> How can I tell if a given core is BaFe?
> I would like to encourage Ron to continue presenting
> his interesting experiments, at least in the more
> supportive vortex-l environment.
> 
> George Holz
> Varitronics Systems
> george at varisys.com
> 
> 
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> 


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