摘要:
A method of assembling a semiconductor component is described, wherein the semiconductor component comprises a substrate and one or more components mounted on the substrate, the method comprising: placing an electrical connection structure on the substrate of the semiconductor component and/or on one or more of the one or more components of the semiconductor component; using a molding press to apply pressure to the electrical connection structure, the substrate and the one or more components of the semiconductor component; and introducing a molding compound into the molding press, thereby encapsulating the semiconductor component.
摘要:
A method for manufacturing a circuit carrier (100') having a base plate (10), an organic insulating foil (20) arranged on the base plate (10) and a metal shaped body (30) arranged on the insulating foil (20), wherein the base plate (10), insulating foil (20) and metal shaped body (30) are connected to each other by applying a quasi-hydrostatic pressure acting from the top while maintaining an even insulating foil layer thickness.
摘要:
Power module comprising at least one metallic conducting carrier (20) with at least one "bare die" semiconductor (21) arranged thereon, at least one circuit board (40) with at least one active or passive electrical component (41) arranged thereon, and a carrier plate (10) with high thermal conductivity, wherein the at least one conducting carrier (20) and the at least one circuit board (40) are fastened adjacent to one another on the carrier plate (10).
摘要:
A power semiconductor module (10) having a power semiconductor (20), an electrical conductor (30) contacting the power semiconductor (20) and a glob top potting compound (40) covering the power semiconductor (20) completely and the electrical conductor (30) at least partly, characterized in that the glob top potting compound (40) is a highly thermally conductive polymer.
摘要:
An apparatus comprises a power module (1) and an electric machine (e.g. a multiphase motor of a vehicle), wherein the power module (1) comprises a plurality of components (4) attached to a circuit layer (5) and wherein the power module (1) and the electric machine (e.g. its end bearing plate (2)) are physically connected by an isolation layer (7), the isolation layer (7) electrically insulating the power module (1) and the circuit layer (5) from the electric machine. The power module (1) is thus an integral part of the electric machine. The circuit layer (5) may be a lead frame. The plurality of components (4) may be attached to the circuit layer (5) by sintering or soldering. The isolation layer (7) may be an epoxy resin filled with thermally conductive fillers. An encapsulation layer may be provided, by filling a resin (12) within additional resin walls (dam) (11). A multi-terminal socket (15) with a plurality of terminals (13) mounted in a plastic holder (14) may be provided, configured perpendicular to the circuit layer (5).