Disclosed herein is a multi-layered capacitor, including: an element formed by alternately multi-layering a dielectricThe insulating material between the plates of the capacitor. The material is chosen for its ability to permit electrostatic attraction and repulsion to take place across it.
The material will have the property that energy required to establish an electric field is recoverable in whole or in part, as electric energy. In other words, a good dielectric material is a poor conductor of electricity while being an effective supporter of electrostatic fields. layer and an internal electrodeA solid electric conductor through which an electric current enters or leaves in a medium; and external terminals disposed at both ends of the element, wherein the dielectricThe insulating material between the plates of the capacitor.
The material is chosen for its ability to permit electrostatic attraction and repulsion to take place across it. The material will have the property that energy required to establish an electric field is recoverable in whole or in part, as electric energy. In other words, a good dielectric material is a poor conductor of electricity while being an effective supporter of electrostatic fields. layer disposed at an upper end U and a lower end L of the element is formed of a paraelectric material and the dielectricThe insulating material between the plates of the capacitor. The material is chosen for its ability to permit electrostatic attraction and repulsion to take place across it.
The material will have the property that energy required to establish an electric field is recoverable in whole or in part, as electric energy. In other words, a good dielectric material is a poor conductor of electricity while being an effective supporter of electrostatic fields. layer disposed at a central part C of the element is formed of a ferroelectric material.
