MODELLING OF A MAGNETOELECTRIC SENSOR FOR MONITORING HUMAN CARDIOVASCULAR SYSTEM
The work is devoted to the modeling of a portable magnetoelectric blood velocity sensor in order to detect deviations of linear velocity from its normal values. The necessity of creating a non-invasive device for the turbulent blood flow was substantiated. The device place on the body and the choice of the position sensor are reasoned. The maximum and minimum values of the correct device operation are calculated. In the process of work, structural and electrical schematic diagrams were created. The designed portable sensor has no analogues.