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Re: Coil Research / Project Coiler
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> From: Tesla List <tesla-at-poodle.pupman-dot-com>
> To: Tesla-list-subscribers-at-poodle.pupman-dot-com
> Subject: Coil Research
> Date: Tuesday, February 11, 1997 12:27 AM
>
> Subscriber: MALCOLM-at-directorate.wnp.ac.nz Mon Feb 10 22:10:39 1997
> Date: Tue, 11 Feb 1997 09:13:14 +1200
> From: Malcolm Watts <MALCOLM-at-directorate.wnp.ac.nz>
> To: tesla-at-pupman-dot-com
> Subject: Coil Research
>
> Hello all,
> I am doing some research into certain secondary
> parameters and would appreciate some info on working coils (if you
> have two or more, so much the better):
>
> Secondary Height=
> Diameter=
> Turns=
> Wire diameter=
> Top terminal Type, Size=
> Resonant Frequency with terminal=
> Q without terminal (optional)=
> Q with terminal (optional)=
>
> Primary cap value=
> Peak primary cap voltage=
> Breaks per sec=
> Output length to grounded rod=
>
> It doesn't matter a bit what you personally think of the coil as
> I have no interest in comparing designs that way. I am interested in
> systems of *all* power levels and magnifiers are included. I need a
> wide range.
>
> Research Goals :
> - to verify/modify current thinking on optimum wire size
> - to investigate relevance of wirelength to secondary design and
> performance
> - to compare theoretical analyses of performance with real life coils
> - to investigate issues associated with scaling systems up in size
>
> Please, please respond to me personally with the information
> requested. I cannot stress enough that the enterprise will be a total
> failure without a healthy response. I will be happy to mail to those
> that do any findings I make. I have no interest in duplicating
> designs. The information will be treated as confidential if
> requested.
>
> Thanks in advance,
> Malcolm
To All Project Coiler Respondents,
I have already forwarded to Malcolm all the data I have received
via responses to Project Coiler so far. If you have the additional
information that he needs, please send it to Malcolm.
All of us benefit from research such as that being performed by
Malcolm and others. I will continue to make available to anyone
who needs it the results of my own information gathering efforts.
I have e-mailed copies of *all* the responses I have received
so far to Project Coiler to each person who responded to me. Actually
that only amounts to a half dozen or so persons. I am appending
a slightly revised copy of the Project Coiler information coupon
to the end of this e-mail in the hopes that others may see fit to
contribute something. I have included in it the info that Malcolm
is seeking. If you don't know the answer to any item, just leave
it blank. I would rather have incomplete responses than *no* responses!
E-mail responses directly to tom_mcgahee-at-sigmais-dot-com and I will
see to it that YOU get a copy of all the other responses received to
date, and I will also forward copies of all data received to
Malcolm Watts as well.
OK, now here is the Snip Out Coupon that you can fill in and e-mail to me.
*******************************
Project Coiler
E-mail: tom_mcgahee-at-sigmais-dot-com
Name of Participant:
E-Mail Address:
Any Other Info you Think is Useful:
*** Simply Leave Blank if Unknown ***
Modify this form to meet your needs. It is only a Guideline.
Classification:
Input Power Rating (Watts Consumed):
Maximum Spark Attained:
USUAL Spark Length Attained:
Type of Collector:
Dimensions of Collector:
Source of Collector:
Approximate Cost of Collector:
> *** information to be forwarded to Malcolm Watts
> Secondary Height=
> Diameter=
> Turns=
> Wire diameter=
> Top terminal Type, Size=
> Resonant Frequency with terminal=
> Q without terminal (optional)=
> Q with terminal (optional)=
>
> Primary cap value=
> Peak primary cap voltage=
> Breaks per sec=
> Output length to grounded rod=
> *** end of info to be forwarded to Malcolm Watts
Transformer(s):
Filtering (Describe & give Details):
Transformers Floating?:
Transformers Case Grounded?:
MAIN Spark Gap across Transformer?:
MAIN Spark Gap on ONE Side Only?:
Main Spark Gap on BOTH Sides?
Type of Spark Gap:
Type of Spark Gap Quenching:
Balanced design with Capacitors on Each Side?:
Capacitor on only One Side?:
Capacitor across Transformer?:
Describe Capacitor number and type in detail:
Capacitor Ratings:
Total Effective Capacitor Rating IN CIRCUIT:
Type of Wiring used for AC Line Cord:.
Type of RF Circuit Wiring used:
Primary Coil Type:
Primary Coil Material:.
Primary Coil LENGTH UNROLLED:
Primary Coil Inside Diameter:
Primary Coil Outside Diameter:
Primary Coil Spacing from center to center of adjacent turns:
Primary Coil Max Number of Turns:
Primary Coil Usual Tap for Normal Operation:
Primary Coil Grounding:
Secondary Coil Form Material:
Secondary Coil Form Height:
Secondary Coil Form ID:
Secondary Coil Form OD:
Secondary Coil Form Length Bottom Not Used:
Secondary Coil Form Length Top Not Used:
Secondary Coil Form Length Actually Wound:
Secondary Wire Type:
Secondary Wire Insulation:
Secondary Wire Size:
Secondary Close Wound?:
If NOT Close Wound, then Describe:
Secondary Number of Turns:
Secondary Wire Length:
Secondary Coatings Under Wire:
Secondary Coatings Over Wire:
Secondary Coil Grounding:
Operating Frequency (or Range):
Have you Blown anything? (Describe):
Describe anything else about your system that you think is important:
Anything You Would Do DIFFERENTLY Now?:
Thank you for sharing this information.
Fr. Thomas McGahee