Abstract:
The invention relates to an Intelligent Power Module (101; 201) of the comprising at least a power circuit board (102; 202) comprising a plurality of power devices (103; 203) and being fixed on a base plate (109; 209) of a case body (110; 210) able to be closed with a lid (111; 211) to form a protective case (100; 200) of the Intelligent Power Module (101; 201), and a control circuit board (105; 205, 305) being suitable to drive the power devices (103; 203) of the power circuit board (102; 202). The control circuit board (105; 205, 305) is suitably associate to the lid (111, 211) in such a way that the control circuit board (105; 205, 305) is comprised within the case body (110; 210) when the lid (111; 211) close it, the control circuit board (105; 205, 305) associated with the lid (111; 211) thus realising an intelligent lid of the Intelligent Power Module (101; 201).
Abstract:
The invention relates to an Intelligent Power Module (101; 201) of the comprising at least a power circuit board (102; 202) comprising a plurality of power devices (103; 203) and being fixed on a base plate (109; 209) of a case body (110; 210) able to be closed with a lid (111; 211) to form a protective case (100; 200) of the Intelligent Power Module (101; 201), and a control circuit board (105; 205, 305) being suitable to drive the power devices (103; 203) of the power circuit board (102; 202). The control circuit board (105; 205, 305) is suitably associate to the lid (111, 211) in such a way that the control circuit board (105; 205, 305) is comprised within the case body (110; 210) when the lid (111; 211) close it, the control circuit board (105; 205, 305) associated with the lid (111; 211) thus realising an intelligent lid of the Intelligent Power Module (101; 201).
Abstract:
The present invention relates to a mounting method, on printed circuit boards, electronic components integrated on semiconductor dies wherein an insulating and protecting layer is provided between die and board with passage openings of electric contacts which allow the welding of contact pads of the die with ends of the printed circuit board.
Abstract:
A vertical conduction power electronic device package (1) and corresponding assembly method comprising at least a metal frame (2) suitable to house at least a plate or first semiconductor die (16,35) having at least a first (17) and a second conduction terminal (18) on respective opposed sides of the first die (16,35). The first conduction terminal (17) being in contact with said metal frame (2) and comprising at least an intermediate frame (23,24) arranged in contact with said second conduction terminal (18).