The Inductive External Low-frequency Sensor of Electromagnetic Field using AME 3D PCB Nanotechnology for Biophysics Applications

The study deals with the human body´s electromagnetic interferences (EMI). The preliminary fundamental theory is put on the designing and modelling small low-frequency inductive electromagnetic field sensors. The possibilities of printed circuit board (PCB) nanotechnology for applications in biophysics are also presented. The aim is to define the limits of this new principle in clinical research. This paper implies methods of modelling and simulation of the sensor concerning recent trends in electronic design.