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Re: Tesla Coil RF Transmitter
- To: tesla@xxxxxxxxxx
- Subject: Re: Tesla Coil RF Transmitter
- From: "Tesla list" <tesla@xxxxxxxxxx>
- Date: Tue, 11 Oct 2005 11:38:02 -0600
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- Delivered-to: tesla@pupman.com
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- Resent-date: Tue, 11 Oct 2005 11:40:41 -0600 (MDT)
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Original poster: "Gary Peterson" <gary@xxxxxxxxxxxx>
Original poster: "Dan" <DUllfig@xxxxxxxxxxxxx>
When you say "Tesla never succeeded" . . .
. . . the one plant that would have decided the issue one
way or the other, was Wardenclyffe, and it never got completed! He
never got funding for anything else approaching that scale after
that. So I don't think the issue is settled at all. Why won't anyone
try to duplicate his experiments? All anyone does is see how big of a
spark they can make...
Dan
Tesla's work in alternating current engineering began with
development of the AC power system. Even before this goal was fully
realized, he began research into the use of alternating electric
currents for wireless telegraphy, telephony, and power transmission
-- the wireless transmission of electrical energy. . . . Remember . .
. Tesla's work was directed towards the development of a system that
combined wireless telecommunications and electrical power transmission.
"I had at that time already perceived enough to get the
idea that energy could be transmitted without wires. It was
of no consequence to me at that time whether it was to be
used for telegraphy, or telephony, or power transmission.
I was on the problem of transmitting energy without wires;
and as it is my custom always to analyze scientifically
every problem that I undertake to solve, I devoted a great
deal of thought to how to attack that problem, and the
following crystallized out. . . ."
". . . If you have an antenna of a certain capacity charged
to 100,000 volts, you will get a certain current; charged to
200,000 volts, twice the current. When I spoke of these
enormous potentials, I was describing an industrial plant
on a large scale because that was the most important
application of these principles [the wireless transmission
of electrical power], but I have also pointed out in my patents
that the same principles can be applied to telegraphy and
other purposes. That is simply a question of how much
power you want to transmit." -- Nikola Tesla, 1916
While Tesla viewed electrical power transmission as being of greater
importance, large-scale implementation of the Tesla system would have
taken place only after the feasibility of the basic concept had been
established. As Dan points out, the premature decommissioning of the
Wardenclyffe telecommunications plant left this as an unanswered question.
Original poster: Ed Phillips <evp@xxxxxxxxxxx>
Plenty of guys have tried without any success [in transmitting
power to a distance with low loss]. Some have reported their results here.
Ed
Yes, following Tesla's lead, a number of people have taken a stab at
building working models of Tesla's ground and air system for the
wireless transmission of electrical energy. They include Eric
Dollard (before 1990), myself (1990), Richard Hull (1991), Richard
Quick (1994, see
http://www.pupman.com/listarchives/2000/July/msg00761.html), D.C. Cox
(?)and Konstantine Meyl (2003). Of course, it was Tesla who gave us
the basic instructions about the transmitting and receiving apparatus
and their operation.
The object is to detect the fundamental tone of a precisely tuned
non-sparking Tesla coil by setting up a Tesla Coil transmitter in
which the primary and secondary oscillations are synchronized, and
also a precisely tuned helical resonator receiving transformer, set
to exactly the same frequency. For a detector most people will start
out by using a small lamp of some sort; an NE2, NE51, a fluorescent
tube, an LED or a small low-voltage incandescent light are all good
indicators of the received energy. This is the same thing that Tesla
was doing at C/S. A small permanent-magnet dc motor with a diode
bridge rectifier also works. This is a great way to learn about the
tuning of both the transmitting and the receiving
transformers. Unfortunately this is where most people also stop-at
least those who have reported their work on this list and elsewhere.
Many are not interested in the easily performed, but less spectacular
feat of detecting the transmitted signal at 100 times-plus the
distance using a sensitive "radio-wave" receiver in conjunction with
their receiving transformer, instead of a "diminutive lamp."
Original poster: Mddeming@xxxxxxx
. . . Not too many people want to invest their life savings and
decades of work . . .
The great thing is that meaningful results can be acheived without
having to spend a fortune. . . .
. . . in a project that
1) Is theoretically unlikely to ever work.
But it does work. . . .
2) If successful, would destroy all global communications . . .
It will significantly improve global telecommunications. . . .
. . . and possibly all air traffic
Fully developed the World System will facilitate aviation by allowing
the propulsive energy to be transmitted to aircraft, which will then
not have to carry fuel.
3) Would have possibly terminally destructive environmental consequences.
It will allow us to control the environment rather than having the
environment control us, as it does now. Also, pollution will be reduced. . . .
Matt D.
Gary Peterson