Murata manufacturing co., ltd. (20240296997). ELECTROLYTIC CAPACITOR ELEMENT simplified abstract

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ELECTROLYTIC CAPACITOR ELEMENT

Organization Name

murata manufacturing co., ltd.

Inventor(s)

Yasuo Tanaka of Nagaokakyo-shi (JP)

Keiji Yoshida of Nagaokakyo-shi (JP)

ELECTROLYTIC CAPACITOR ELEMENT - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240296997 titled 'ELECTROLYTIC CAPACITOR ELEMENT

The abstract describes an electrolytic capacitor element with an anode, dielectric layer, mask layer, and cathode with a solid electrolyte layer and conductive layer.

  • Anode with front end face and base end face
  • Dielectric layer on main face of anode excluding base end face
  • Mask layer on dielectric layer near base end face
  • Cathode on front end face side of dielectric layer from mask layer
  • Cathode includes solid electrolyte layer and conductive layer
  • Solid electrolyte layer has two layers of conductive polymer doped with different dopants
  • Second layer of solid electrolyte layer partially disposed in the plane
  • Second conductive polymer more likely to be dedoped than first conductive polymer

Potential Applications: - Energy storage devices - Power electronics - Consumer electronics

Problems Solved: - Improved performance of electrolytic capacitors - Enhanced stability and reliability

Benefits: - Higher capacitance values - Longer lifespan - Better efficiency

Commercial Applications: - Capacitor manufacturing industry - Electronics industry - Renewable energy sector

Questions about Electrolytic Capacitor Element: 1. How does the design of the cathode contribute to the overall performance of the capacitor element? 2. What advantages does the use of a solid electrolyte layer bring to the capacitor technology?

Frequently Updated Research: - Ongoing studies on improving the conductivity and stability of solid electrolyte layers in capacitors.


Original Abstract Submitted

an electrolytic capacitor element that includes: an anode having a front end face and a base end face; a dielectric layer on at least one main face of the anode but excluding the base end face; a mask layer on the dielectric layer adjacent the base end face; and a cathode on the dielectric layer on the front end face side from the mask layer, wherein the cathode includes a solid electrolyte layer and a conductive layer, the solid electrolyte layer includes a first layer including a first conductive polymer doped with a first dopant and a second layer including a second conductive polymer doped with a second dopant, the second layer is partially disposed in the plane of the solid electrolyte layer, and the second conductive polymer is more likely to be dedoped than the first conductive polymer