Abstract: The present invention concerns an electronic assembly with a heat sink in particular for a discharge lamp control module for a motor vehicle headlight. The electronic assembly with heat sink comprises essentially a printed circuit and a housing able to serve for thermal insulation and/or for electrical insulation and which comprises a heat sink. The heat sink is interposed between at least one face of the printed circuit and a face of the housing, the said heat sink extending over a major part of the face of the printed circuit and comprising an adhesive face for securing it to the printed circuit on the one hand and an adhesive face for securing it to the face of the housing on the other hand.

Abstract: The present invention concerns a wiring harness end connector for an electronic module or an electronic card. It especially finds application in the case of connection of electronic modules contained in insulating cases, for example for vehicle headlights. An orientation component carried by the first connector or the second connector allows the wiring harness to leave in any orientation relative to the orientation of the connector.

Abstract: The present invention concerns a wiring harness end connector for an electronic module or an electronic card. It especially finds application in the case of connection of electronic modules contained in insulating cases, for example for vehicle headlights. An orientation component carried by the first connector or the second connector allows the wiring harness to leave in any orientation relative to the orientation of the connector.

Abstract: The present invention concerns an electronic assembly with a heat sink in particular for a discharge lamp control module for a motor vehicle headlight. The electronic assembly with heat sink comprises essentially a printed circuit and a housing able to serve for thermal insulation and/or for electrical insulation and which comprises a heat sink. The heat sink is interposed between at least one face of the printed circuit and a face of the housing, the said heat sink extending over a major part of the face of the printed circuit and comprising an adhesive face for securing it to the printed circuit on the one hand and an adhesive face for securing it to the face of the housing on the other hand.

Abstract: An electric shielding apparatus comprises a main shielding enclosure structure and a generally concentric frame joined thereto. Cooperatively they form an electromagnetic radiation shield between an inside electric conductor and an outside space, and are furthermore arranged for mating to an external coaxial conductor viz á viz the concentric frame. In particular, the concentric frame is extrusion-formed from and constitutes a structurally unity with the main shielding enclosure.