CRT accelerator voltage is DC. [...] The low current
capacity of
that supply is what helps.
Helps.
It doesn't take much of a shock to kill, if it goes anywhere near the
heart. (I've even seen some topological(!) reasons to think that if it
does go near the heart, a strong shock is safer than a weak one. Not
that I'd want anyone to risk either, especially since those arguments
give no real idea of what "strong" and "weak" are here.)
Conversely, a shock that doesn't go near the heart - say, between
fingers on the same hand - can injure, but is unlikely to kill. Thus,
the electrician's "other hand behind your back" technique is actually
sound. (But note that the conductivity patterns of the human body can
be counterintuitive; a shock that goes up one leg and down the other
can indeed go near the heart - there are major blood vessels going
pretty much straight from the legs to the heart.)
The right answer is "don't fool with it, make
sure it's discharged.
Absolutely. This isn't just irreplacable computer equipment we're
talking about here, important as that is; it's your life.
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