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Fw: Re: That secondary behaviour, E-Tesla5, and Corum's thing...
I'll just add this to what I forgot to comment on: I've been nuts for a
long time, about electronics at any rate and no doubt a few other things
of which I am blissfully unaware. And I think "slow" really refers to
how long it takes stubborn people like me & maybe even thee to quit a
subject until we feel we've wrung what can be wrung out of it! Viva
slowness!
KCH
--------- Forwarded message ----------
From: Kennan C Herrick <kcha1-at-juno-dot-com>
To: tesla-at-pupman-dot-com
Date: Sun, 16 Apr 2000 10:38:14 -0700
Subject: Re: That secondary behaviour, E-Tesla5, and Corum's thing...
Message-ID: <20000416.103817.-291885.0.kcha1-at-juno-dot-com>
Terry (& all)-
Boy!...it seems as if between us we've flogged this horse if not to death
at least into a coma! Your Ken05 is exactly what I see. Looking at
Ken10, I think that Antonio's point in his posting of today is operative,
in the case of the top-loading shown in the "lumped" waveform: The
slowing down of the "lumped" response is due to having to charge up the
probe's capacitance-to-ground. And no doubt the same thing happens when
one has a "real" top load attached.
Having forgotten the transmission-line theory I at least temporarily
learned 50 years ago, I don't have a notion as to why the probe
capacitance will advance the transmission-line wave. Can you explain
that in terms adapted to the meanest understanding?
Ken Herrick
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