Abstract: The invention relates to a power electronics component that comprises a planar ceramics substrate (2) on whose one face condutor tracks (6), applied in thick-film technique, are disposed for electrically connecting electrical power components (7) of a circuit that are also disposed on the ceramics substrate (2). The ceramics substrate (2), with its other face, is brazed onto a metal a metal support element (1) that serves as a heat spreader. The support element (1) is linked with a thermoconducting housing part housing that accommodates the support element (1) in a thermoconductive manner. On the face of the support element (1) facing away from the ceramics substrate (2), approximately opposite the ceramics substrate (2), a second ceramics substrate (4) is brazed onto the ceramics substrate (2) that carries the circuit and has approximately the same dimensions.

Abstract: The invention relates to a power electronics component that comprises a support element on which conductor tracks (5) are disposed for electrically connecting the electrical power components (7) that are also disposed on the support element and the control components of a circuit. The support element is linked with a thermoconducting housing part of a housing that accommodates the support element in a thermoconductive manner. The support element consists of a porous, ceramics component whose pores are filled with metal and which is covered by a thick-film dielectric on which the conductor tracks (5), in the form of thick-film conductor tracks, and the power components (7) are disposed, and the conductor tracks (5) arm connected to the electrical power components (7) in a electroconductive manner. The support element is disposed to rest against the housing component.

Abstract: The invention relates to a power electronics component that comprises a planar ceramics substrate (2) on whose one face condutor tracks (6), applied in thick-film technique, are disposed for electrically connecting electrical power components (7) of a circuit that are also disposed on the ceramics substrate (2). The ceramics substrate (2), with its other face, is brazed onto a metal support element (1) that serves as a heat spreader. The support element (1) is linked with a thermoconducting housing part (9) of a housing that accommodates the support element (1) in a thermoconductive manner. On the face of the support element (1) facing away from the ceramics substrate (2), approximately opposite the ceramics substrate (2), a second ceramics substrate (4) is brazed onto the ceramics substrate (2) that carries the circuit and has approximately the same dimensions.

Abstract: The invention relates to a power electronics component that comprises a support element on which conductor tracks (5) are disposed for electrically connecting the electrical power components (7) that are also disposed on the support element and the control components of a circuit. The support element is linked with a thermoconducting housing part of a housing that accommodates the support element in a thermoconductive manner. The support element consists of a porous, ceramics component whose pores are filled with metal and which is covered by a thick-film dielectric on which the conductor tracks (5), in the form of thick-film conductor tracks, and the power components (7) are disposed, and the conductor tracks (5) are connected to the electrical power components (7) in a electroconductive manner. The support element is disposed to rest against the housing component.