A parallel plate magnetic capacitor

Abstract

A plurality of parallel plate capacitors comprise a first conductive material having a first upper finger located on an upper plane and a first lower finger located on a lower plane. The capacitor also includes a second conductive material having a second upper finger and a second lower finger, the second upper finger located on the upper plane such that the second upper finger is next to the first upper finger forming a first interface and on top of the first lower finger forming a second interface, the second lower finger located on the lower plane such that the second lower finger is next to the first lower finger forming a third interface and below the first upper finger forming a fourth interface. The capacitor includes a dielectric material located in the first interface, the secondinterface, the third interface, and the fourth interface.

Description

technical field [0001] The present invention relates to an electrical energy storage device, and more particularly to a parallel plate magnetic capacitor device. Background technique [0002] Generally speaking, the structure of a parallel plate capacitor is composed of two parallel metal plates and an insulating material in the middle. The calculation of the capacitance value can be expressed by formula (1), and the energy corresponding to the capacitance value can be expressed by formula (2): [0003] C = e 0 e k A r - - - ( 1 ) [0004] E=(1 / 2)CV 2 (2) [0005] Among them, C represents the capacitance value of the parallel plate capacitor, e 0 represents the dielectric constant in vacuum, e k Represents the relative pe...

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Problems solved by technology

Therefore, a trade-off must be made between the capacitance value and the capacitor size, otherwise there will be a bottleneck in increasing the capacitance value while maintaining the same capacitor size

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