What is the dispersion factor?

The dissipation factor is to measure how inefficient the capacitor is inefficient. It usually measures the heat that is lost when an insulator like a dielectric is exposed to an alternating field of electricity. The capacitor generally has two metal plates and some insulator between them. The capacity ratio, when there is an insulating material, where the plates are separated by air or vacuum, are often referred to as a dielectric constant. The reciprocal ratio defines how the insulation material reacts and what its resistance to a particular frequency is, which brings a value for a dielectric dissipation factor.

If the material has a low dispersion factor, this generally means it has better efficiency. This characteristic is usually defined on a specific frequency. To measure the material scattering, a test with a material between metal plates is usually performed and then without a test. The results can be expressed in ratio, which is a dielectric constant that is usually used to test the material scattering. Test Dispipation FakToru can be completed in other ways such as the use of a device such as test cells with different electrode configurations; The testing method may vary depending on the application.

When the dielectric material is exposed to an electric field, its molecules are reorganized, which occupies a significant amount of energy. After removing the field, the energy cannot be returned. The dissipation factor is often referred to as an effective factor, especially if the alternating current with a capacity circuit is used, which is not affected by resistance or induced current. The effective zero factor generally suggests that there is no dispersion factor. Power losses are usually calculated by multiplying the scattering by voltage and current.

Air dispersion and vacuum factor is zero typically, although the air is generally low enough to be discounted under most circumstances. This is measured for specific materials such as PolyEsther, at a particular frequency. Wherever the particular material is considered for use in the electrical circuit, it is generally important to understand what its energy loss is.

There are applications that often use dissipation factor, such as the principle involved in microwave foods. Alternating electrical fields of microwave oven cause energy loss from polarization and de-paralarizing water molecules. This results in sufficient heat for food cooking.