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Re: Optimal Quenching Tests



Subject: 
        Re: Optimal Quenching Tests
  Date: 
        Sat, 22 Mar 1997 10:33:00 -0500 (EST)
  From: 
        Benson_Barry%PAX5@mr.nawcad.navy.mil
    To: 
        tesla@poodle.pupman.com


Hi Bert, All,
When I get access to the full boar pspice I will
try your suggestion.  I will keep trying.
Barry

 ----------
From: "tesla"@poodle.pupman.com@PMDF@PAXMB1
To: Benson Barry; "Tesla-list-subscribers"@poodle.pupman.com@PMDF@PAXMB1
Subject: Re: Optimal Quenching Tests
Date: Wednesday, February 05, 1997 1:23AM

<
>
> Subscriber: Benson_Barry%PAX5@mr.nawcad.navy.mil Mon Feb  3 21:28:27 1997
> Date: Mon, 03 Feb 1997 07:05:00 -0500 (EST)
> From: Benson_Barry%PAX5@mr.nawcad.navy.mil
> To: tesla@poodle.pupman.com
> Subject: Re: Optimal Quenching Tests
>
> The resistor switch model is
> the best that I can do at the
> moment as the spark gap
> model is not accurate.  I
> haven't tried Jim's signal
> generator model yet.  I
> think that it will be the best
> until someone can generate
> a better one.  The version
> of spice that I have doesn't
> allow me to dig into the device
> model equations.
> Barry
>
>  ----------
> From: "tesla"@poodle.pupman.com@PMDF@PAXMB1
> To: Benson Barry; "Tesla-list-subscribers"@poodle.pupman.com@PMDF@PAXMB1
> Subject: Re: Optimal Quenching Tests
> Date: Wednesday, January 29, 1997 5:24AM
>

> Subscriber: bert.hickman@aquila.com Tue Jan 28 22:46:16 1997
> Date: Tue, 28 Jan 1997 06:34:43 -0800
> From: Bert Hickman <bert.hickman@aquila.com>
> To: tesla@pupman.com
> Subject: Re: Optimal Quenching Tests
>
> Barry,
>
> Curses! Foiled again!! :^)
>
> In your simulation, did you notice the predicted linear decrement when
> the gap was firing? From a practical standpoint, I'm very interested in
> seeing if there are any _significant_ performance or operational
> differences between using a more exact model and a simple
> resistor/switch model for a two-coil system. Thanks in advance, Barry!
>
>  -- Bert --

Barry,

How about a pair of Zener diodes in series, with Vz = 180 volts/gap to
represent the gap (or a lower voltage for a higher current sytem).
Unfortunately, the freebie-version of my PSPICE apparently doesn't let
me use even this simple model...

 -- Bert --