Miniaturized Two Electrode ECG System for High Motion Ambulatory Environment with Bluetooth Connectivity
T Kirthana, K Monisha, E Mahalakshmi, G S Sahana, Rampur Srinath · Zenodo (CERN European Organization for Nuclear Research) · 2018
Nowadays, due to advancements in technology the world is moving towards miniaturizing devices in various fields. This also includes medical field where the physician can effectively analyze various disease. The proposed system helps the doctors to perform preliminary diagnosis of the heart. There are several ways of diagnosing and checking the condition of heart such as ECG, MRI, CT Scan. ECG is preferred because of its precision, convenience and low cost. The proposed system has an ECG ASIC i.e. MAX30003 provides ECG waveforms and heart rate detection. The system also has an arduino pro mini 3.3V which collects data from ECG ASIC and sends to PC through HC-05 Bluetooth. Then, the ECG waves are displayed on the PC. The components used for the construction of the system are of low cost, high precision and low power consumption. The system enables wireless transmission of ECG signals to a PC through Bluetooth. The advantage of the system is compactibility and portability.