I recall reading an article
about Ethernet over twisted-pair cable systems when the technology first
arrived and began supplanting coaxial cable. As I read through a passage about how
information bits are prepared for transmittal on impedance-matched (balanced)
cables, I thought I read this:
A signal coyote changes
the nature of the signal…
Naturally, I stopped
reading right there. I pondered.
A signal coyote. Cool.
What is a signal coyote? Some whiz
kid from Montana must have invented the signal coyote and given it that
name. How does it change the signal? Does it chase after signals like they are
rabbits and nip at them so they run faster?
I formed a picture of the
electronics in my mind—a coyote hunkered there on the warm edge of an
electronic forest, listening to the soft hum and eerie hissing of components
below abrupt cliffs studded with transistors.
The coyote hunches lower, howls, suddenly lopes off through a nearby
tangle of wires lighted by the reddish glow from an LED someplace aloft.
But, of course, I misread
the sentence. When I read the passage
again it was not a coyote.
The signal is altered by
an encoder.
My second reading of the
passage deflated me entirely. I prefer my electronics populated by signal coyotes.
--Mitchell
Hegman
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