Current availability is not a guarantee of current delivery.
I (current) = V (voltage)/R (resistance)
Typical skin resistance can be as high as 100MΩ (mega ohms) but is often cited as 10MΩ. Even if we assume just 1MΩ (1000000 ohms) skin resistance, then at 2.3V as shown in the video the current would be 0.0000023 A or 2.3 μA (micro amperes).
CapstanRoller|4 years ago
I (current) = V (voltage)/R (resistance)
Typical skin resistance can be as high as 100MΩ (mega ohms) but is often cited as 10MΩ. Even if we assume just 1MΩ (1000000 ohms) skin resistance, then at 2.3V as shown in the video the current would be 0.0000023 A or 2.3 μA (micro amperes).
tres|4 years ago
Robotbeat|4 years ago
101_101|4 years ago
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