Abstract:
Connector comprising at least two connector parts for clamping a wire with an essentially rigid central conductor inbetween. One of the connector parts is provided with a contact strip being in mounted position in register with the rigid conductor. The other connector part is provided with at leat one recess at the point of overlap between the contact strip and the conductor. The opposed extremities of said recess provide in supports for the contact strip and conductor.
Abstract:
A double-sided connector for connection to an electrical cable, comprising two connector parts with the backs facing one another. The connector parts are provided with connector contacts which are accessible at the front, a positioning means for receiving and positioning the ends of the cable cores and connecting means for connecting the connector contacts of at least one of the connector parts to the conductors of the cable cores. The connector parts are provided at the back with pin contacts and socket contacts, respectively, which extend perpendicularly to said backs and can be mutually inserted and which are each connected to the corresponding connector contacts of the associated connector part.
Abstract:
To latch a circuit component, such as a connector, to a substrate (9) prior to the soldering, a latching member (1) is provided which can be fitted by hand or by machine. The latching member is constructed as an integral wire-type entity and comprises a base part (2) from which at least two resilient legs (3, 4) extend in the same direction. These legs (3, 4) attempt to assume a deflected position with respect to each other as a result of their resiliency. At their free end the legs (3, 4) are flared outward to extend in opposite directions at an acute-angle to the longitudinal axis of the legs (3, 4) to provide shoulders (5, 6) for acting onto the substrate (9) in the assembled state. Further, an apparatus for inserting the latching member (1) in a mounting aperture (8) in the housing (7) of a circuit component is provided.
Abstract:
A modular connector system wherein modules with high contact element density may be surface mounted to a printed circuit board. The connector modules achieve high contact element density by mutually displacing or offsetting the ends of adjacent contact elements in the same column in the direction of the row which extends in the longitudinal direction of the connector housing. The displaced ends are connected by sufrace mounting means to contact surfaces on the printed circuit board. A unique contact design is disclosed which can be used also in cable and other types of connectors. The modules construction permits many and different types of connectors to be mounted readily to a printed circuit board.