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    • 8. 发明专利
    • SOLID ELECTROLYTIC CAPACITOR
    • JPH03248519A
    • 1991-11-06
    • JP4445790
    • 1990-02-27
    • ASAHI GLASS CO LTDELNA CO LTD
    • MORIMOTO TAKESHIENDO EIJITAKEMIYA SATOSHI
    • H01G9/012
    • PURPOSE:To obtain a solid electrolytic capacitor having small leakage current and stable performance by disposing the mounting position of a negative lead terminal on a conductor layer disposed substantially perpendicularly to the bonded part of an anode foil to a positive lead terminal. CONSTITUTION:The mounting position of a negative lead terminal is disposed on a conductor layer disposed substantially perpendicularly to the bonded part an anode foil to a positive lead terminal. That is, since the anode foil used for an aluminum electrolytic capacitor is generally thin of several tens of microns, the foil is flexible. When it is used in combination with solid electrolyte, a leakage current is increased even by a small impact during manufacturing. Accordingly, the mounting position of the lead terminal is specified at a position which is stronger than the other part to remove its disadvantage, thereby reducing the leakage current. Thus, a solid electrolytic capacitor having small leakage current by the use of the conductive polymer compound as solid electrolyte and stable performance can be obtained.
    • 9. 发明专利
    • SOLID ELECTROLYTIC CAPACITOR
    • JPH02249221A
    • 1990-10-05
    • JP6919889
    • 1989-03-23
    • ASAHI GLASS CO LTDELNA CO LTD
    • MORIMOTO TAKESHIENDO EIJITAKEMIYA SATOSHI
    • H01G9/028H01G9/02
    • PURPOSE:To obtain high capacity, low equivalent series resistance and low leakage current by so coating in advance with a dielectric oxide film without loss of conductivity with polymer compound, and forming conductive polymer compound thereon. CONSTITUTION:In a solid electrolytic capacitor having conductive polymer compound on a dielectric oxide film, a dielectric oxide film coats in advance without loss of conductivity with polymer compound, and a conductive polymer compound is formed thereon. For example, an aluminum anode foil in which the dielectric oxide film is formed on the surface by compounding is coated with ethanol solution of copolymer of sulfonic acid-containing p-fluorovinyl ether and tetrafluoroethylene as polymer compound, and then dried. Aqueous solution containing 0.2mol/l of pyrrole and 0.1mol/l of naphthalene sulfonic acid is employed as electrolyte, it is electrolytically decomposed in 0.5mA/cm of current density for 2 hours with a platinum plate as a cathode, and recompounded with adipic acid compounding solution after the reaction is finished.