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Re: Sync gap pics and Microsim files
Richie, all:
Congratulations, you have made some very instructive pages, surely
worthy of "picking" for a FAQ ?
The part that I found most interesting was your modeling of 300 BPS
sync-gaps, since that is very similar to the results I have arrived at,
only in modelling so far. With a fiberprobe systam operational, and a
sync. only needing the final finishing touches, We will all soon know
how it works.
You mention that the gain by using a sync-gap relative to a non-sync gap
at 300 BPS is marginal, but that is not the reason why I chose a
sync-gap.
I simply find it technically "non beautifull" to "paddle around in the
soup" at random with a non sync gap, that`s all.
I have uploaded the Microsim schematic of my coil here:
Http://home5.inet.tele.dk/f-hammer/tesla/museum.sch
It is basically a copy of Terry`s schematic, with a few components
removed, and 3 separate timing devices added (Terry helped by adding the
diodes) and a couple of other neat additions.
Cheers, Finn Hammer
Tesla List wrote:
>
> Original Poster: "R.E.Burnett" <R.E.Burnett-at-newcastle.ac.uk>
>
> Hi all,
>
> I have made a few additions to my Tesla Coil Web Page. These include:-
>
> -Pictures of the new 200BPS sync rotary in the TC components section,
> -Static spark gap analysis results,
> -TC simulation section and Microsim schematics for download,
> -Useful links section,
>
> The simulations default to 50Hz, so US coilers will have to make the
> necessary changes for 60Hz.
>
> This web site is mostly theory based, but also contains several
> pictures and diagrams to aid explanations.
>
> www.staff.ncl.ac.uk/r.e.burnett/
>
> Thankyou to anyone who posted me comments about the site,
>
> Cheers,
>
> - Richie,
> - In Sunny Newcastle.