Ballistocardiographic sensor

Ballistocardiographic sensor: description and application

A ballistocardiographic sensor is a device designed to measure blood pulse fluctuations that occur in blood vessels during heart contractions. This sensor is part of a ballistocardiography attachment that is used to measure the force of heart contractions and evaluate cardiac function.

The operating principle of the ballistocardiographic sensor is based on the use of the ballistic principle. During cardiac contraction, blood is pushed out of the heart into the vessels, which leads to pulsations in the vascular system. The ballistocardiographic sensor registers these pulsations and converts them into an electrical signal.

The ballistocardiographic sensor is used in medicine to assess cardiac function and diagnose heart diseases. It can be used in clinical settings to monitor blood pulse fluctuations and evaluate the effectiveness of treatment for heart diseases. The ballistocardiographic sensor can also be used for research in the field of physiology and sports science, where it can be useful for measuring physiological parameters during physical activity.

One of the advantages of the ballistocardiographic sensor is its non-contact measurement method, which makes it more comfortable for patients. In addition, it does not require the use of special electrode wiring, which makes it more convenient to use.

In conclusion, the ballistocardiography sensor is an important device for monitoring cardiac function and diagnosing heart diseases. It can be useful in medical and scientific research, and its non-contact measurement method makes it more convenient for patients.