Re: Triggered gap questions

["Tesla list" <tesla-at-pupman-dot-com>]

Original poster: "Metlicka Marc by way of Terry Fritz <twftesla-at-qwest-dot-net>" <mystuffs-at-orwell-dot-net>

mike,
this is the nice thing about the whole triggered gap situation, "design
is WIDE open".
one thing though, the primary tank energy doesn't go THROUGH the trigger
electrode "per say", it tends to jump to it and then across to the other
main electrode. maybe it does actually go through it, i don't know? i
will have to listen to comments by those that are more knowledgeable
because i was "AMAZED" it worked great the first attempt?
the 

Tesla list wrote:
> 
> Original poster: "by way of Terry Fritz <twftesla-at-qwest-dot-net>"
<Hollmike-at-aol-dot-com>
> 
> Ok,  Here's a question for the triggered gap gurus:
>     I have been reading this thread with much interest.  It sounds like a
> great alternative to the SRSG!    One thing I read is that the primary
> current passes 'through' the trigger electrode.  My question is, could the
> trigger electrode be positioned slightly out of alignment with the primary
> gap electrodes so the triggered arc would have to take a slightly 'bent'
> path?  This, if so, would seem to me to help alleviate heating and/or
> corrosion of the trigger electrode.
>    It would seem that the trigger electrode could be made into a sharp point
> and cause the ionization of the space between the gap electrodes to provide
> the conductive channel to form more easily and not actually have the primary
> current contact the trigger electrode at all(or very little anyway).   If the
> trigger electrode were positioned from below the primary gap electrodes, the
> heat might also help 'move' the arc away from the trigger electrode.
>  The first objection to this idea, I imagine, is that might argue that this
> would effectively make the gap too wide and kill a NST, but if one placed
> another gap or two in series, the triggered gap could have a large percentage
> length change, but the overall gap length would not change by much.  Having
> the series gaps would also seem to aid quenching as well.
> Comments?
> Mike
> 
>