Hairpin Project

[Pirate88179]

Jeanna:

Remember on my first Jeanna Light replication (I am almost done with my second) where I could touch the pick-up lead end and not get zapped or burned, even though my cfl was lit brightly?  Then, I altered the collector turns and the base turns and.....ZAP!!!  It really hurt.  I think I figured it out but then XEE (I think that is who it was) agreed that I must have lowered my freq. to a point where it could penetrate my skin.  What a rude awakening that was.  Good lesson for me though.  I am not touching this new circuit.

Bill

[jeanna]

Hi Bill,

I just checked to see.
575v
11khz
131r base resistor

The only thing I changed on this was the incoming voltage.
I switched to a AA 1.5v alkaline, for the time.

It is convenient to use commercial ac things from the hardware store, but they have such thick wire it is clumsy.
So, I was moving those heavy wires into place and held the thin secondary wire longer than usual.
I got 5 bad burns the other night when I hit the bcap to the leads of my 12v battery.
(I saw the awg 24 copper wire get red hot as it burned into my fingers in less than 1/4 second)

They have healed well, but this left my fingertips a little numb for the time, and I have a feeling this is how I didn't let go quickly enough tonight.
the frequency is 11Khz, which is much higher than what I have gotten with the very large toroid.

Isn't this an interesting topic?

I hope to make a video tomorrow. I want to reshoot because the wires are clumsy and it is hard to see clearly. 

fun,

jeanna

[sparks]

@Jadaro


     I will try to find the patent and diagram.  It works on the principals of an ac induction motor with the exception that the pulsed ac windings are solenoidal and wrapped around a core.  The rotating magnetic field flux change is observed by a conductor instead of a squirrel cage rotor and dc is the output.  Not really a diode more like an ac motor driving a dc generator  without any moving parts.  This could convert highvoltage high frequency ac to some really clean dc. 

@Jeanna

   Tesla always tuned his circuits. 

[tysb3]

@resonanceman
tesla kacer:
http://www.youtube.com/user/FreeEnergyInfo#p/u/33/OrfolD18t68
http://www.youtube.com/user/FreeEnergyInfo#p/u/68/Ocb7Jr2e4KA

[jeanna]

Here is the transcription of the lecture Tesla gave regarding the hairpin circuit. (I called it the 3lampsexperiment.)

============
Referring to Fig. 1830, B and BJ are very stout copper bars
connected at their lower ends to plates c and c 1 respectively, of a
condenser, the opposite plates of the latter being connected to the
terminals of the secondary s of a high-tension transformer, the
primary p of which is supplied with alternating currents from an
ordinary low-frequency dynamo & or distribution circuit. The
p339


condenser discharges through an adjustable gap d d as usual. By
establishing a rapid vibration it was found quite easy to perform
the following curious experiment. The bars B and B1  were joined
at the top by a low-voltage lamp L3 ; a little lower was placed by
means of clamps c c, a 50-volt lamp L2 ; and still lower another 100-
volt lamp L1 ; and finally, at a certain distance below the latter
lamp, an exhausted tube T. By carefully determining the po-
sitions of these devices it was found practicable to maintain them
Picture 3.png ¨
all at their proper illuminating power. Yet they were all con-
nected in multiple arc to the two stout copper bars and required
widely different pressures. This experiment requires of course
some time for adjustment but is quite easily performed.
In Figs. 183b and 183c, two other experiments are illustrated
which, unlike the previous experiment, do not require very care-
ful adjustments. In Fig. 183b, two lamps, L1 and L2, the former a

p340

100-volt and the latter a 50-volt are
placed in certain positions as
indicated, the 100-volt lamp being below the 50-volt lamp. When
the arc is playing at d  d and the sudden discharges are passed
through the bars B B,, the 50-volt lamp will, as a rule, burn brightly,
or at least this result is easily secured, while the 100-volt lamp
will burn very low or remain quite dark. Fig. 183b. Now the
bars B B! may be joined at the top by a thick cross bar B2 and it
is quite easy to maintain the 100-volt lamp at full candle-power
while the 50-volt lamp remains dark, Fig. 183c. These results,
as I have pointed out previously, should not be considered to be
due exactly to frequency but rather to the time rate of change
which may be great, even with low frequencies. A great many
other results of the same kind, equally interesting, especially to
those who are only used to manipulate steady currents, may be
obtained and they afford precious clues in investigating the na-
ture of electric currents.
   In the preceding experiments I have already had occasion to
show some light phenomena and it would now be proper to study
these in particular ; but to make this investigation more com-
plete I think it necessary to make first a few remarks on the
subject of electrical resonance which has to be always observed
in carrying out these experiments.
========
I will next find the talk about resonance so it is properly worded.

@Sparks,
I have thought about what you were saying about the plasma and spark and those things, and I want to clarify what I think about it.
(btw what I think changes and grows all the time so I probably have less understanding than you have now...and certainly than I will have later.)

What I think now, is that the plasma that forms the arc and the spark is from the surrounding ether. I am sure that it does not come from the copper tube.
What I also think is that the electrons and the atomic frequency and energy of the copper is what provides the amps being used, which in this case is very small being mostly fast moving volts.

thank you.
I always think about what you say,

jeanna