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Re: Optimal Quenching Tests
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To: tesla@pupman.com
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Subject: Re: Optimal Quenching Tests
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From: Ed Harris <harris@parkave.net>
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Date: Mon, 3 Mar 1997 00:28:20 -0500
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Subscriber: harris@parkave.net Fri Feb 7 00:37:20 1997
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> Subscriber: rhull@richmond.infi.net Tue Feb 4 22:36:30 1997
> Date: Tue, 4 Feb 1997 22:31:32 -0500 (EST)
> From: richard hull <rhull@richmond.infi.net>
> To: tesla@pupman.com
> Subject: Re: Optimal Quenching Tests
> >Subscriber: FutureT@aol.com Mon Feb 3 21:16:18 1997
> >Date: Sun, 2 Feb 1997 20:34:11 -0500 (EST)
> >From: FutureT@aol.com
> >To: tesla@pupman.com
> >Cc: bert.hickman@aquila.com
> >Subject: Re: Optimal Quenching Tests
> >
>>And thanks Bert for all your
> >info and for being persistent in the matter, and your PSPICE data seems
> >vindicated. And thanks to the other list members who commented on this
> >matter.
> >John Freau
> >
> >
> >
> John,
>
> Gee whiz, I talked to Lou two days ago and he didn't mention this! This
is
> real neat! With the high coupling, the quench had to come well before
the
> first beat at 1.5us!!! (92khz=~5us/half cycle) Not even I would have
> guessed at this one. I thought at least one half cycle of the wave would
be
> needed. This is amazing news, but might open a can of worms with the mag
> field theorists.
> Richard Hull, TCBOR
Looks like a boon to the theorists (BERT) to me. Circuit theory is verified
by Lou's experiment, no?
-Ed Harris