Nakhostin – Signal processing for radiation detectors
Libro adottato a Politecnico di Milano, a.a. 2026/2027 · 4 canali
«Nakhostin – Signal processing for radiation detectors» è adottato per Electronics Design For Biomedical Instrumentation dal prof. Carlo Ettore Fiorini (Biomedical Engineering, Electronics Engineering, Engineering Physics e altri corsi – Politecnico di Milano).
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Come lo indica il docente: M.Nakhostin, Signal processing for radiation detectors, Wiley, Anno edizione: 2017
Argomenti del programma: I part – Electronics for processing biological signals 1) Origin of biological signals. Principle of electrocardiography (ECG) and requirements for the electronics. Electrodes. 2) Circuits for the amplification and filtering of biological potentials. Application to the electrocardiography: basic parameters and design issues (noise, insulation and protection techniques, common-mode and interferences rejection).
Argomenti del programma: I part – Electronics for processing biological signals 1) Origin of biological signals. Principle of electrocardiography (ECG) and requirements for the electronics. Electrodes. 2) Circuits for the amplification and filtering of biological potentials. Application to the electrocardiography: basic parameters and design issues (noise, insulation and protection techniques, common-mode and interferences rejection).
Argomenti del programma: I part – Electronics for processing biological signals 1) Origin of biological signals. Principle of electrocardiography (ECG) and requirements for the electronics. Electrodes. 2) Circuits for the amplification and filtering of biological potentials. Application to the electrocardiography: basic parameters and design issues (noise, insulation and protection techniques, common-mode and interferences rejection).
Argomenti del programma: I part – Electronics for processing biological signals 1) Origin of biological signals. Principle of electrocardiography (ECG) and requirements for the electronics. Electrodes. 2) Circuits for the amplification and filtering of biological potentials. Application to the electrocardiography: basic parameters and design issues (noise, insulation and protection techniques, common-mode and interferences rejection).
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