Abstract
In this paper it is shown that the magnetic fields very close to an ESD can be predicted by modelling the radiating discharge current path as a sequence of electric dipoles. Time domain measurements of current and magnetic fields generated by human-metal electrostatic discharges are used for verification. An ESD current of 10 A peak and 10 ns rise time can create magnetic fields of the order of 200 μT at a distance of 10 mm from the discharge.
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