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Re: New coiler


From: 	Scott Myers[SMTP:scotty-at-wesnet-dot-com]
Reply To: 	scotty-at-wesnet-dot-com
Sent: 	Wednesday, September 03, 1997 8:53 AM
To: 	Tesla List
Subject: 	Re: New coiler

Tesla List wrote:

> From:   Michael D. Freeman[SMTP:telwave-at-pacbell-dot-net]
> Reply To:       telwave-at-pacbell-dot-net
> Sent:   Wednesday, September 03, 1997 12:54 AM
> To:     tesla-at-pupman-dot-com
> Subject:        New coiler
>
> Dear Old Timers,
>
> I know I don't know anything yet but I am serious about this. Not one
> of
> my questions has been answered. They are legitimate questions,
> important
> to me!
>
> How do I get the plans whch include formulas for the various sizes and
>
> specs of things. Why? I have a special freon cooled high voltage
> capacitor that I want to match to a coil system. the purpose is to
> hopefully amplify power. The power is for water purification.
>
> One of my questions, does the FCC care if these coils are fired up and
>
> pumping rail to rail.
>
> Is there any hope of using a large coil to power remote devices.
>
> Yah, stupid questions. It's O.K. Don't answer.
>
> Mike

Hmmmm...Well Mike, plans can be purchased I suppose, but that is not the
best way to go about it.  And beside, if you already have a capacitor
you intend on using, you will have to design around that anyway.
Right?  The best thing you can do is have some patience, ask more
questions, learn about basic resonator coil theory and go from there.
However, if you are set on getting so called plans, there is a company
called Information Unlimited that can provide them.  I won't say their
designs are the best, but they will work.

As far as power amplification, I will assume you meant voltage
amplification.  Power can't be amplified after all, only changed in
form.  And what kind of capacitor is this?  And why does it need to be
cooled in the first place?  What was its original purpose?  The best
capacitors for Tesla tank circuits are pulse discharge capacitors, which
require no cooling as they are already highly efficient and there fore
do not heat or require cooling.

And on the FCC...Well, care should be taken to not operate the coil in
transmitter mode.  That means when it is in operation, there should be
spark break-out from the toroid, else it becomes a high power
transmitter.  And the FCC doesn't not like that at all.  Turning your
garage or place of operation into a Faraday cage is always a good idea.

Now using a large coil to power a remote device.  Well, there is not
efficient way to do it to my knowledge.  It can be done, but HUGE losses
are involved, as the power transmission is omnidirectional.  There are
simply much better ways to transmit power, like by using good old
fashioned wire.

And BTW..take it easy!  You will get answers.

Scotty