N
Norm Dresner
Guest
"BobG" <bobgardner@aol.com> wrote in message
news:1123677219.048511.40600@g43g2000cwa.googlegroups.com...
tubes and one setup had a 30KV Spellman bench supply, maybe a milliampere or
so. I took a few shocks from that, including one from the eyepiece of the
microscope I was using to examine the image right to my eyebrow -- knocked
me across the room, but I'm still here to tell about it. The amount of
current needed to kill varies widely with the path the current takes thru
the body. Naturally it takes less if it enters near the heart than if it's
in the legs. I'm sure there's plenty of information on shock hazard limits
on the web.
Norm
news:1123677219.048511.40600@g43g2000cwa.googlegroups.com...
Back in the Stone Ages (~1967) I was working with image-intensifying vacuumND:
Certainly you're not suggesting using a 9V battery this way -- you'd
never
get enough current to harm a flea ... well, maybe a flea, but probably
not a
human.
=========================
OK, I'll play along. How much current do I need? How much voltage? 9V
.1A in, we could get maybe 900V and 1mA or 9KV and 100uA. You grab that
and see if it tingles.
tubes and one setup had a 30KV Spellman bench supply, maybe a milliampere or
so. I took a few shocks from that, including one from the eyepiece of the
microscope I was using to examine the image right to my eyebrow -- knocked
me across the room, but I'm still here to tell about it. The amount of
current needed to kill varies widely with the path the current takes thru
the body. Naturally it takes less if it enters near the heart than if it's
in the legs. I'm sure there's plenty of information on shock hazard limits
on the web.
Norm