MD ELEKTRONIK GMBH

A connector incudes at least one inner conductor contact surrounded by an insulator along a mating direction, and an outer conductor contact surrounding the insulator along the mating direction. The outer conductor contact has at least one first plug securing means, so that the connector is securable to a corresponding mating connector via the outer conductor contact.

A plug connector for a sealed plug connection includes a contact arrangement arranged in a main body of the plug connector and plugged in from a plug-in direction of the contact arrangement from a front face of the main body. The main body forms a plug-in plug face of the plug connection which is plugged in and surrounds the contact arrangement. The plug face is formed as a depression in the front face, and a collar which is arranged around an outer conductor contact of the contact arrangement projects into the depression in the plug-in direction. Flank faces of the depression form an outer contour of the plug face, and the collar and the flank faces are connected to one another in a fluid-tight manner by a base of the depression.

A connector for a circuit board includes a housing, at least one signal line having a line end that is connected in a signal-conducting manner to a signal line of a mating connector, at least one positioning element which encloses the line end, a fastening unit which forms a receiving space and is connected to the housing, and a carrier unit which is arranged within the housing and the receiving space. The positioning element is configured to position the line end in a signal-conducting manner relative to the signal line of the mating connector, and the positioning element is arranged within the carrier unit. The carrier unit has a first opening through which the positioning element protrudes out of the carrier unit parallel to a plug-in axis, the positioning element is movable relative to the carrier unit in a direction parallel to the plug-in axis.

A connector assembly includes a connector housing which, at a mating end, is connectable to a mating connector, a cable having at least one optical waveguide enclosed by a cable jacket, an attachment unit, and a contact unit having at least one contact end. The optical waveguide protrudes from the cable jacket at a cable end of the cable, and the contact unit is disposed within the connector housing. The optical waveguide extends through the contact unit to the contact end, where the optical waveguide is connected to the mating connector in a signal-conducting relationship therewith. The attachment unit encloses the cable jacket at the cable end, and the attachment unit is connected to the cable jacket by a material-to-material bond and/or by an interlocking connection. The attachment unit has at least one first latching element, which is connected to a first complementary latching element on the connector housing.

A connector assembly includes a connector housing which, at a mating end, is connectable to a mating connector, a cable having at least one optical waveguide enclosed by a cable jacket, an attachment unit connected to the cable at a cable end, a damping unit disposed within the connector housing, and a contact unit having at least one contact end. The optical waveguide protrudes from the cable jacket at the cable end, the damping unit has a receiving chamber in which at least a portion of the contact unit is disposed, and the optical waveguide extends through the contact unit to the contact end. The optical waveguide is connected to the mating connector in signal-conducting relationship, the attachment unit has a latching element, which is connected to a complementary latching element on the connector housing, a first spring element is disposed between the damping unit and the attachment unit.

A circuit board plug-in connector for high-frequency signals, the circuit board plug-in connector has a plug face for reversible connection to a corresponding plug-in connector for high-frequency signals, and a circuit board interface for permanent connection to a circuit board. The plug face and the circuit board interface have at least one continuous electrically conductive electrical conductor. The plug face has a fixed shield for electromagnetic shielding of the electrical conductor, and the circuit board interface has a shielding element, mounted movably relative to the electrical conductor, for electromagnetic shielding of the electrical conductor.

A capturing device for optically capturing an object to be checked includes a radiation source having a wall which encompasses a recording chamber. The radiation source is configured to emit at least infrared radiation when in a heated state. The wall has at least one insertion opening for inserting the object to be checked into the recording chamber and at least one image-recording opening for recording images of the object to be checked. The capturing device also includes an image-capturing apparatus configured to record images of the object to be checked through the at least one image-recording opening.

A plug connector for a cable includes a housing having at least one opening and at least one cavity, wherein the cable is insertable into the at least one cavity through the at least one opening. At least one undercut is formed on a circumference of the at least one cavity. A secondary lock is releasably engageable with at least one the undercut. The cable is fastenable in the housing by the secondary lock. The secondary lock comprises a main body which is formed in one piece with a seal such that the housing is sealable by the secondary lock in a watertight manner.

A connector includes a housing insertable into a receptacle of a mating connector so as to form a connection and a connector position assurance (CPA) element which is movable relative to the housing between a pre-latching and a final latching position. The CPA element prevents the connection from becoming released in the final latching position. The connector further includes a retainer with a receptacle in a connection direction and an opening transverse thereto. The CPA element is insertable into the receptacle of the retainer. A protrusion is formed on the CPA element, wherein movement of the CPA element from the pre-latching to the final latching position is blocked in a case that the protrusion is engaged with the opening, and the movement of the CPA element is permitted in a case that the protrusion is not engaged with the opening.

A plug connector for transmitting high-frequency signals includes an inner-conductor and an outer-conductor contact, and an insulator arranged therebetween. A receptacle is formed by the outer-conductor contact and is configured to receive a mating plug connector to establish a connection. A catch basket is: formed by the outer-conductor contact, and/or arranged in the receptacle and is configured to produce contacting between the outer-conductor contact and the mating plug connector in a connected state of the plug connector and the mating plug connector. The catch basket comprises a main body and a spring element having a first and second free end. The spring element is connected to the main body by torsion bridges such that the spring element is configured to tilt when the plug connector and mating plug connector are being connected, and such that the free ends are configured to press against the mating plug connector.