Abstract: A connection pin of a feedthrough of an implantable medical electronic device has a primarily cylindrical pin body and at least one flattened end section. The flattened end section has at least one planar connecting surface formed on it, especially for connection by material bonding of a band-shaped conductor.

Abstract: A connection pin of a feedthrough of an implantable medical electronic device has a primarily cylindrical pin body and at least one flattened end section. The flattened end section has at least one planar connecting surface formed on it, especially for connection by material bonding of a band-shaped conductor.

Abstract: A metal outer casing part of an implantable medical electronic device contains at least one inner cavity and/or non-conductive inclusion or portion with multiple small cavities and/or non-conductive inclusions which is closed off in a hermetically sealed manner at least towards the housing outer side by a closed metal layer.

Abstract: A metal outer casing part of an implantable medical electronic device contains at least one inner cavity and/or non-conductive inclusion or portion with multiple small cavities and/or non-conductive inclusions which is closed off in a hermetically sealed manner at least towards the housing outer side by a closed metal layer.

Abstract: A connection pin of a feedthrough of an implantable medical electronic device has a primarily cylindrical pin body and at least one flattened end section. The flattened end section has at least one planar connecting surface formed on it, especially for connection by material bonding of a band-shaped conductor.

Abstract: A feedthrough of a medical electronic device, which in particular is implantable, including a housing and at least one electrical or electronic component received in the housing, wherein the feedthrough has a feedthrough flange for closing an opening in the housing and for receiving a multiplicity of connection elements in an insulating body surrounding the connection elements, which connection elements serve for the connection of a component or at least one component, externally of the housing, wherein the insulating body is formed from multi-layer ceramic, in particular from HTCC, with sintered-in pre-configured conductor elements, and comprising a device-specific contact-making means of selected conductor elements, which together with the contacted pre-configured conductor elements forms the connection elements.

Abstract: A feedthrough of a medical electronic device, in particular an implantable medical electronic device, comprising a housing and at least one electric or electronic component received in the housing, wherein the feedthrough has a feedthrough flange for closing an opening of the housing and for supporting at least one connection element, which serves for the connection of the or at least one component externally of the housing, in an insulating element surrounding the connection element, and a grounding pin in mechanical and electrical contact with the feedthrough flange is provided in order to realize a ground connection of the device, wherein the grounding pin is fixed exclusively by form fit and force fit in the feedthrough flange or the insulating element, whilst contacting the feedthrough flange.

Abstract: An implantable electromedical device, including a device housing in which electronic and electrical function units are housed, a device head having at least one electrode or one line terminal, and a feedthrough arranged between the device housing and device head for at least one electrical conductor element connecting the electrodes or the line terminal to a function unit, wherein the feedthrough includes a one-piece plastic main body.