Abstract: A high-voltage bushing with conductive inserts for a DC voltage has a bushing body surrounding a high-voltage conductor and containing a paper insulation. The bushing body tapers conically, at least at one end region thereof, from a ground-potential-side location to a high-voltage-side end and is surrounded by an insulating barrier. In order to provide a high-voltage bushing of this type with a particularly good potential distribution, the outside of the bushing body is coated at least in the region of the at least one end region with a coating to form a coating layer, which has a greater electrical conductivity than the bushing body.

Abstract: A high-voltage bushing with conductive inserts for a DC voltage has a bushing body surrounding a high-voltage conductor and containing a paper insulation. The bushing body tapers conically, at least at one end region thereof, from a ground-potential-side location to a high-voltage-side end and is surrounded by an insulating barrier. In order to provide a high-voltage bushing of this type with a particularly good potential distribution, the outside of the bushing body is coated at least in the region of the at least one end region with a coating to form a coating layer, which has a greater electrical conductivity than the bushing body.

Abstract: A condenser-type high-voltage bushing has a cast-resin-impregnated core formed of wound paper, onto which silicone shields have been applied. The high-voltage bushing is further improved with regard to its design and manufacture in such a way that said high-voltage bushing in the long term meets the electrical requirements to which it is subjected. For that purpose, the wound core bears a vapor-tight cover layer on the outside and the silicone shields are applied on the cover layer.

Abstract: A cable end termination has an outer insulator that is supported on a cable-end carrying flange at one end and carries an outdoor connection at the other end. An opening containing an insulating body for inserting a cable end is formed in the carrying flange. The novel cable end termination has a simple construction and is easy to install, because the insulating body of the cable end termination is a controlled high-voltage bushing with a central plug contact that is accessible from the outside.

Abstract: An assembly has at least two conducting surfaces and a dielectric therebetween formed of a plastic nonwoven fabric that is impregnated with cast resin. A corresponding feed-through for high voltages has a central conductor, around which conducting intermediate layers concentrically spaced from each other are arranged as conducting surfaces. A plastic nonwoven fabric impregnated with cast resin is located between the conducting intermediate layers as a dielectric.