Hey all,
For a psychological experiment I was given the task to create an electric shocker to shock human test subjects through their hands.
Obviously I do not want to kill anyone, and would like some help with the concept of this design.
There doesn't seem to be enough information available on the study of shocking people in a controlled environment. My question is the following:
What determines the intensity of an electric shock? Is it proportional to the current flowing through the hand? Or is it proportional to the power dissipating on the hand?
Every hand will have a different resistance, resulting in different feelings of intensity. My goal is to try and make everyone feel the same amount of pain.
Would I need to base the design on a constant current source? Would I need to base the design on a constant voltage source? Or would I need to base the design on a constant power source? (you know what I mean)
Any help?
For a psychological experiment I was given the task to create an electric shocker to shock human test subjects through their hands.
Obviously I do not want to kill anyone, and would like some help with the concept of this design.
There doesn't seem to be enough information available on the study of shocking people in a controlled environment. My question is the following:
What determines the intensity of an electric shock? Is it proportional to the current flowing through the hand? Or is it proportional to the power dissipating on the hand?
Every hand will have a different resistance, resulting in different feelings of intensity. My goal is to try and make everyone feel the same amount of pain.
Would I need to base the design on a constant current source? Would I need to base the design on a constant voltage source? Or would I need to base the design on a constant power source? (you know what I mean)
Any help?