Functional immunity test for field programmable analog arrays (FPAA)-based biomedical application to em radiated energy

Nowadays, the field programmable analog arrays or FPAAs provides a very promising analog solutions to substitute the most costly analog applications to be implemented into complex systems in the goal of reducing their cost and their prototyping time, in biomedical applications this fact should be very interesting specially for supporting life and portable devices, nevertheless, their parametric characterization to be suitable for this applications is not enough when we take in account the influence of external disturbances on the possible distorted behaviour of such devices, in this paper, we present the results of a functional immunity test of an FPAA-based biomedical application involving ECG signal conditioning to EM radiated energy over a electromagnetic field over frequency range from 80 MHz to 3 GHz..