Physiological effects of current density on the human body are shown in the table below. Contrary to popular belief, it is the current - not the voltage - level which is responsible for effects. According to Ohm's Law, of course, a certain voltage is required to cause the necessary currents to flow. Values show vary depending on the body.
Personally, I have been hit with 480 V while working on a 3-phase industrial motor connection. It didn't feel good.

Microsoft Graphic Onset Current Level (mA) | Effect |
| 1 | Threshold of sensation |
| 8 | Mild sensation |
| 10 | Painful |
| 13 | Cannot let go |
| 21 | Muscular paralysis |
| 20 | Severe shock |
| 38 | Breathing labored |
| 42 | Breathing upset |
| 70 | Extreme breathing difficulties |
| 90 | Ventricular fibrillation |
| 100 | Death |
Webmaster:
Kirt Blattenberger, BSEE, UVM 1989