Abstract:
A high-density pass-through filter apparatus (10) slips over the terminal blade (26) of a standard pass-through electrical connector (50) within an opening (62) in the bulkhead (52) of an electronic module (54) to which the connector (50) is fastened. The filter apparatus (10) retains a large number of axially oriented and axially terminated capacitive filter components (14) which are electrically coupled at one end to the connector terminal (56) and at the other end to a peripheral ring (44) that resiliently engages the periphery of the bulkhead opening (62).
Abstract:
A high-density pass-through filter apparatus (10) slips over the terminal blade (26) of a standard pass-through electrical connector (50) within an opening (62) in the bulkhead (52) of an electronic module (54) to which the connector (50) is fastened. The filter apparatus (10) retains a large number of axially oriented and axially terminated capacitive filter components (14) which are electrically coupled at one end to the connector terminal (56) and at the other end to a peripheral ring (44) that resiliently engages the periphery of the bulkhead opening (62).
Abstract:
An electronics assembly (10) is provided having a substrate (12) and at least one electronics package (20) supported on the substrate (12). The electronics package (20) also has electrical circuitry and first and second side surfaces. The assembly (10) further includes a first heat sink device (30) positioned in thermal communication with the first side surface of the electronics package (20), and a second heat sink device (40) positioned in thermal communication with the second side surface of the electronics package (20).
Abstract:
An electronics assembly 10 is provided, including a housing 12 and at least one electronic power device 18 positioned within. A heat sink device 34 is positioned within the housing 12 and is in thermal communication with the electronic power device 18. The heat sink device 34 includes a fluid vessel 44, a fluid input port 50, a fluid output port 52, and at least one fin insert 60 brazed into the fluid vessel 44. The heat sink device 34 is in fluid communication with an automotive radiator 46 such that coolant 48 flows from the automotive radiator 46 through the fluid vessel 44 thereby cooling the electronic power device 18.
Abstract:
An electronics assembly (10) is provided having a substrate (12) and at least one electronics package (20) supported on the substrate (12). The electronics package (20) also has electrical circuitry and first and second side surfaces. The assembly (10) further includes a first heat sink device (30) positioned in thermal communication with the first side surface of the electronics package (20), and a second heat sink device (40) positioned in thermal communication with the second side surface of the electronics package (20).
Abstract:
A power electronics module (10) includes a heat sink (14) and an electronic package (22) having a first layer (48) in direct thermal communication with the heat sink. At least one electronic component (46) is disposed between the first layer and a second layer (50). A thermally conductive element (78) is in direct thermal communication with the second layer and carries heat from a first portion of the second layer to a second portion of the second layer such that the heat is transferred from the second portion of the second layer to the heat sink through the first layer.
Abstract:
An electronics assembly 10 is provided, including a housing 12 and at least one electronic power device 18 positioned within. A heat sink device 34 is positioned within the housing 12 and is in thermal communication with the electronic power device 18. The heat sink device 34 includes a fluid vessel 44, a fluid input port 50, a fluid output port 52, and at least one fin insert 60 brazed into the fluid vessel 44. The heat sink device 34 is in fluid communication with an automotive radiator 46 such that coolant 48 flows from the automotive radiator 46 through the fluid vessel 44 thereby cooling the electronic power device 18.