Re: [CAD_CAM_EDM_DRO] Re: How to calculate power supply bleeder resistor
Posted by
dave engvall
on 2000-12-04 07:04:20 UTC
Smoke wrote:
fall and restart the heart.
It has been stated that 240 AC is much safer than 120 simply because it tends to stop the heart and then you can get it restarted
by other means. Defib is not a nice process.
Dave
> It's not the voltage that's lethal in any case no matter what the voltageI've read a figure of about 200 mA thru the heart will either stop it or flip it into fib. Better hope it stops it and then you
> is. the lethality comes from the current. Very little current is lethal if
> applied in the right place.
fall and restart the heart.
It has been stated that 240 AC is much safer than 120 simply because it tends to stop the heart and then you can get it restarted
by other means. Defib is not a nice process.
Dave
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