Abstract:
An enclosure (10) for an electronic device (20) is provided. The enclosure comprises an enclosure wall (30) comprising a dielectric material, a first conductive layer (40) abutting an inner face (50) of the enclosure wall (30), and a second conductive layer (60) abutting an outer face (70) of the enclosure wall (30), wherein the first and the second conductive layers (40, 60) are electrically insulated from each other and are electrically connectable to predefined electric potentials, so that the electric field in the enclosure wall (30) can be homogenized in an operational state of the enclosure (10). Further, an electronic device and electronic system are provided, comprising such enclosures and electronic circuits located therein.
Abstract:
A modular electronic system for medium and high voltages is provided. The system includes a cabinet (160) having a number of slots (120) arranged in an array, at least one electronic module (130) provided in a slot (120) of the cabinet, the module including an enclosure (10) with a three dimensional shape, having an enclosure wall (30) comprising a dielectric material, and a field shaping conductive layer (60) abutting a face (70) of the enclosure wall (30), and an electronic device (20) located in the enclosure (10), wherein the field shaping conductive layer (60) is electrically connectable to a predefined electric potential in an operating state of the modular electronic system (100).