A connector includes a housing formed with a L-shape in a side view having a connection portion capable of fitting to a mating connector, a terminal mounted on the housing by inserting a connection terminal portion into a terminal accommodation portion of the connection portion, an electric wire connected to the electric wire of the terminal and led out from the housing, a ferrite core mounted on the electric wire and assembled from the rear side of the housing, and a cover mounted on the rear surface of the housing and covering the terminal and the ferrite core. The cover includes a recessed portion, which receives an end portion of the ferrite core inclined by an external impact, on a facing surface facing the ferrite core assembled to the housing.

There is provided a hermetic terminal for a large amount of power so as to secure wettability of a lead member to glass and improve hermetic reliability of a glass sealing portion. A hermetic terminal includes: a metal base provided with at least one through hole; a lead inserted in the through hole of the metal base; and an insulating member that seals the lead in the metal base. The lead includes: a core member; a binding member that at least coats an outer diameter portion of the core member; an intermediate member that coats a surface of the binding member and that is composed of a low-electric-resistance material; and an outer coating member that coats the intermediate member and that has a stable glass binding characteristic at a sealing temperature.

A connector assembly for electrical contacts has been provided. The connector assembly includes a plug housing, a receptacle housing, and a locking mechanism. The receptacle housing includes a mounting shell. The locking mechanism is mounted on the mounting shell and configured to couple the plug housing with the receptacle housing, the locking mechanism including a latch. The locking mechanism transitions between a locked position and an open position by rotation of the latch. The receptacle housing is configured to engage with the plug housing when the locking mechanism is at the locked position. The receptacle housing is configured to disengage from the receptacle housing when the locking mechanism is at the open position. The locking mechanism further includes a tooled actuator configured to lock the locking mechanism when the locking mechanism is at the locked position, the tooled actuator sized to require a tool to operate the tooled actuator.

A heat sink assembly includes an upper heat sink element having upper plates each having sides between front and rear ends and each having inner and outer ends and a lower heat sink element having lower plates each having sides between front and rear ends and each having inner and outer ends. The lower plates include lower spacer plates and lower interface plates with the outer ends thereof thermally coupled to an electronic module. The lower interface plates include interface fins interfacing with the upper plates. The heat sink assembly includes a spring element having an upper spring member engaging the inner ends of the upper plates to bias the upper plates in a first biasing direction away from the lower plates and having a lower spring member engaging the inner ends of the lower plates to bias the lower plates in a second biasing direction away from the upper plates.

A heat sink assembly includes an upper heat sink element having upper plates each having sides between front and rear ends and each having inner and outer ends and a lower heat sink element having lower plates each having sides between front and rear ends and each having inner and outer ends. The lower plates include lower spacer plates and lower interface plates with the outer ends thereof thermally coupled to an electronic module. The lower interface plates include interface fins interfacing with the upper plates. The heat sink assembly includes a spring element having an upper spring member engaging the inner ends of the upper plates to bias the upper plates in a first biasing direction away from the lower plates and having a lower spring member engaging the inner ends of the lower plates to bias the lower plates in a second biasing direction away from the upper plates.

An integrated insulator having a body adapted for placement in proximity to a module connector, and at least one fin extending from the body so as to extend through a connector slot on the module connector and reside in a gap between a pair of contacts when the integrated insulator is engaged with the module connector.

An integrated insulator having a body adapted for placement in proximity to a module connector, and at least one fin extending from the body so as to extend through a connector slot on the module connector and reside in a gap between a pair of contacts when the integrated insulator is engaged with the module connector.

A connector for plugging together with a counter-connector in a plug-in direction comprises a casing, a receptacle seal, and an oscillation absorber. The casing has a contact receptacle receiving a contact. The contact receptacle has a receptacle outer wall. The receptacle seal is disposed on the receptacle outer wall. The oscillation absorber is disposed at a distance from the receptacle seal in the plug-in direction and has a de-aeration opening extending through the oscillation absorber in the plug-in direction. A free volume extends between the receptacle seal and the oscillation absorber in the plug-in direction.

A connector for plugging together with a counter-connector in a plug-in direction comprises a casing, a receptacle seal, and an oscillation absorber. The casing has a contact receptacle receiving a contact. The contact receptacle has a receptacle outer wall. The receptacle seal is disposed on the receptacle outer wall. The oscillation absorber is disposed at a distance from the receptacle seal in the plug-in direction and has a de-aeration opening extending through the oscillation absorber in the plug-in direction. A free volume extends between the receptacle seal and the oscillation absorber in the plug-in direction.

A cooling lance is provided to cool an electrically conductive contact body. The cooling lance includes a lance body, a fluid line extending through the lance body, and a flexible cooling bladder positioned on an end of the lance body and in fluidic communication with the fluid line.