Siemens Aktiengesellschaft

Gerhard Seebacher

Horst Pachonik

Reinhard Behn

In the preparation of regenerable dielectric layers through polymerization of gases by means of a glow discharge, a siloxane or a silazane or a mixture of siloxanes and/or silazanes is blown into the region of the glow discharge in addition to monomeric perfluoro-hydrocarbons with the empirical formula (CF.sub.2).sub.n and/or the corresponding perfluorized cyclic alkanes.

Method for the preparation of regenerable dielectric layers through

A layer capacitor is disclosed having at least two oppositely polarized metallizations and an intervening dielectric layer consisting of a glow polymerization arranged on a substrate. During production these layers are laterally defined by only one diaphragm. In order to make as great a use of the substrate surface and a rectangular shape of the component as possible, neighboring layers are designed of equal area and are applied in parallel diagonally offset to the edges of the diaphragm aperture.

Method of making a regenerable electric layer capacitor

A layer capacitance is disclosed having small dimensions and a high capacitance per volume. A carrier is coated on two frontal sides with metal contact layers. Metal layers and gas discharge polymerization layers are arranged one over the other in alternating fashion upon the carrier. On each of the two surfaces of the carrier, the metal layers extend to the contact layers where they are electrically connected.

Growing community of inventors

Munich, Germany

Gerhard Seebacher