Re: How to calculate power supply bleeder resistor
Posted by
Mariss Freimanis
on 2000-12-03 17:54:44 UTC
Hi,
Absolutely. Otherwise scuffing your shoes on a carpet on a dry day
and touching a doorknob (about 20,000Vdc) would have killed us all.
Mariss
Absolutely. Otherwise scuffing your shoes on a carpet on a dry day
and touching a doorknob (about 20,000Vdc) would have killed us all.
Mariss
--- In CAD_CAM_EDM_DRO@egroups.com, "Smoke" <Smoke@5...> wrote:
> It's not the voltage that's lethal in any case no matter what the
voltage
> is. the lethality comes from the current. Very little current is
lethal if
> applied in the right place.
>
> Smoke
>
Discussion Thread
Wally K
2000-12-03 11:43:20 UTC
How to calculate power supply bleeder resistor
Mariss Freimanis
2000-12-03 17:00:33 UTC
Re: How to calculate power supply bleeder resistor
Smoke
2000-12-03 17:45:53 UTC
Re: [CAD_CAM_EDM_DRO] Re: How to calculate power supply bleeder resistor
Mariss Freimanis
2000-12-03 17:54:44 UTC
Re: How to calculate power supply bleeder resistor
Ian Wright
2000-12-04 01:50:04 UTC
Re: [CAD_CAM_EDM_DRO] Re: How to calculate power supply bleeder resistor
ballendo@y...
2000-12-04 03:31:01 UTC
re:Re: How to calculate power supply bleeder resistor
ballendo@y...
2000-12-04 03:37:37 UTC
Re: Re: How to calculate power supply bleeder resistor
dave engvall
2000-12-04 07:04:20 UTC
Re: [CAD_CAM_EDM_DRO] Re: How to calculate power supply bleeder resistor