Cardiac Dipole Total

The cardiac dipole sum is the magnitude of the potential deviation of the total value of the cardiac dipole - that is, the induction of the cardiac dipole moment at some point in the presence of a cardiac impulse.

This parameter is necessary to determine the moment of arrival of the P wave of the QRS heart cycle to the selected sensor. Allows you to determine the moment of the onset of contractile activity of the heart or bradycardia, using quantitative information about the potential and dynamics of the ECG cardiogram (electrocardiogram). Accurate determination of the time of onset of AV conduction in patients with certain cardiac disorders helps the doctor evaluate the effectiveness of the treatment and timely prescribe competent therapy.

For the convenience of monitoring the dynamics of cardiac impulses, it is recommended to use a device for determining cardiac current in the EXAM system, which allows one to accurately identify the phases of the cardiac cycle.

**Cardiac dipole** (CDP), also known as **cardiac multipole**, is one of the main types of electric field in electrical engineering. PSD represents an electrical charge distributed over a surface and can be used to simulate electrical processes occurring in various electrical devices.

The heart of a dipole is the region of maximum force and magnetic potential of an electric charge. The core is considered to be the surface on which this charge is located. The object under study in relation to the core is applied as anisotropy. The concept of a core arises from the abstract idea that due to the rotation of charges, a non-constant electric field is created. If we consider an infinitely small charge in the form of a point, then the close arrangement of field elements will lead to distortion