The losses in these types of materials depend only on the power factor as long as applied voltage and frequency are constant, and result due to the fact that current does not lead voltage by exactly 90 degrees.
The losses in these types of materials depend only on the power factor as long as applied voltage and frequency are constant, and result due to the fact that current does not lead voltage by exactly 90 degrees. This term describes a type of heating that occurs in materials such as thermosetting glue that are subjected to a high-frequency field, and if the polarizability of a material is known, the Clausius-Mosotti relation allows the calculation of this type of constant. Intrinsic, thermal, and discharge are all types of a namesake "breakdown" which occurs in these materials. Referring to materials characterized by the property of capacitance, for ten points, identify this general term for insulators wedged into a capacitor.
The losses in these types of materials depend only on the power factor as long as applied voltage and frequency are constant, and result due to the fact that current does not lead voltage by exactly 90 degrees.
{dielectric}s