Harvey Norris wrote>>" Does it also calculate for solenoidal vertically
layered primaries, as the demo apparently has spec.s for a spiralled
primary?"
If you click the question marks to the left of each row it takes you to the
relevant help page. Looking at the one for the primary it appears it does,
but I'm not absolutely certain of that. Maybe Bart [the creator of the
program] will add to this, else contact him via his webpage, he is always a
helpful chap,
Regards
Phil Tuck
www.hvtesla.com
-----Original Message-----
From: tesla-bounces@xxxxxxxxxx [mailto:tesla-bounces@xxxxxxxxxx] On Behalf
Of Harvey Norris
Sent: 16 June 2011 17:06
To: Tesla Coil Mailing List
Subject: RE: [TCML] Tesla Coil Tuning
--- On Thu, 6/16/11, Phil Tuck<phil@xxxxxxxxxxx> wrote:
From: Phil Tuck<phil@xxxxxxxxxxx>
Subject: RE: [TCML] Tesla Coil Tuning
To: "'Tesla Coil Mailing List'"<tesla@xxxxxxxxxx>
Date: Thursday, June 16, 2011, 12:49 AM Use JavaTc**
http://www.classictesla.com/java/javatc.html to work things out, as
this program will give you a much better idea of how much per cent
charge your cap is achieving with that #excessive# break rate. Most
likely it's only getting a 15% - 20% charge if you're lucky!
If you use high bps you need a high current source to charge it up and
23ma is way, way too small. I would also argue that 1100 bps is also
not needed either, others may disagree.
** In JavaTc click the 'Load Demo Coil' to get the basic settings
and then alter the respective ones to your own. Things like ground
plane radius and ceiling height you can most likely leave at the
default settings for your needs.
Regards
Phil Tuck
www.hvtesla.com
Does it also calculate for solenoidal vertically layered primaries, as the
demo apparently has spec.s for a spiralled primary?
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