The applications of current sensors in the medical device field mainly include the following aspects:
Electrocardiogram signal conditioning: Current sensors can be used to condition ECG signals, making them more stable and accurate, thereby facilitating physicians’ observation and analysis.
EEG signal acquisition: Current sensors can be used to acquire EEG signals, thereby enabling precise control and analysis of brain activity.
Electromyography signal acquisition: Current sensors can be used to acquire electromyography signals, enabling precise control and analysis of muscle activity.
Electrophysiological signal acquisition: Current sensors can be used to acquire electrophysiological signals, such as cortical electrical signals and neural electrical signals, thereby enabling precise control and analysis of neural activity.
Drug Delivery: Current sensors can be used to control the rate and dosage of drug delivery, thereby enabling precise control and monitoring of drug administration.
Respiratory monitoring: Current sensors can be used to monitor a patient’s respiratory status, enabling precise control and continuous monitoring of the patient’s condition.
Body Temperature Monitoring: Current sensors can be used to monitor a patient’s body temperature, enabling precise control and continuous monitoring of the patient’s condition.
In the medical device field, current sensors have already been widely adopted, and with the continuous advancement of technology, their applications in this domain are expected to become even more extensive.