Abstract: A connector arrangement for tapping off current from a plurality of insulated input conductors includes a rectangular base member having a horizontal planar upper surface provided with a plurality of parallel seats receiving the insulated conductors, a frame mounted on the base member for supporting a plurality of terminal blocks for vertical displacement over the seats, each terminal block including an insulation piercing contact extending downwardly therefrom, and an eccentric disk arrangement for displacing each terminal block relative to the frame member between an elevated position spaced above the associated conductor seat and a lowered position in which the contact penetrates the insulation layer and engages the conductor, thereby to transmit current to an output conductor via the insulation-piercing conductor, a bus bar, and a tap-off terminal.

Abstract: Feed line for at least one local coil in a magnetic resonance tomography apparatus, comprising at least one coil plug as well as at least one standing wave barrier for suppression of unwanted radio-frequency currents on a conductor cable of the feed line, with the standing wave barrier integrated into the coil plug.

Abstract: A connector system for a miniaturized form factor card allows a communications system for mobile information devices having an applications processor and user interface components. A receiving frame is provided in the mobile information device for an insertable miniaturized form factor card incorporating means for RF transmission and reception and a wireless modem. A connector moiety on the card is received in a mating moiety in the receiving frame. The miniaturized form factor card also incorporates an array of solder pads for alternative permanent engagement of a mating array of solder pads on a printed circuit board in an alternative mobile information device. The applications processor and the user interface components in the mobile information device are interconnected to digital functions of the wireless modem and means for RF transmission and reception through the connector or, alternatively, the solder pad array.

Abstract: A structure for cooling an electronic device is disclosed. The structure includes a compressible top layer disposed over the electronic device. The structure further includes a plurality of rigid elements disposed between the top layer and the electronic device for providing a heat path from the electronic device and wherein the plurality of rigid elements provide mechanical compliance. In another alternative, the structure further includes a conformable heat-conducting layer disposed over the electronic device, wherein a bottom end of the plurality of rigid elements is coupled to the conformable heat-conducting layer.

Abstract: A contact termination member for an electrical receptacle is provided that electrically and mechanically secures an inserted wire to the electrical receptacle. The contact termination member has a base with a serrated portion. A spring arm connected to the base is adapted to bias the inserted wire against the serrated portion of the base to electrically and mechanically secure the inserted wire to the electrical receptacle.

Abstract: An electrical junction box is located so as to oppose to an adjuster which is provided on a rear face of an on-vehicle instrument. The electrical junction box has a first face which faces the on-vehicle instrument, and a second face which is opposite to the first face. At least one through hole is formed so as to communicate the first face and the second face. The electrical junction box is configured to be disposed such that the through hole opposes the adjuster.

Abstract: Strain relief devices for electrical connectors are disclosed and include an insert for insertion into a housing. The insert may include spring beams that deflect during insertion into the strain relief housing. When the insert is fully received in the housing, a slot in the housing may be shaped such that the spring beams return to a relaxed state, locking the insert in the housing. Alternatively, an end of a strain relief insert may be inserted into the housing until beams on the strain relief insert abut shoulders in the slot in the housing. The end may protrude beyond the housing, creating a tab that may be deformed or bent to prevent the insert from moving in a direction opposite the direction of insertion.

Abstract: A connector housing for receiving a memory card, the housing comprising at least a bottom part and a cover part which is arranged to be movable in relation to the bottom part and which, in turn, comprises at least a shield part and first contact means which are arranged to connect the shield part to the ground level of the device, at least when the cover part is closed. The connector housing also comprises at least second contact means which are arranged to be coupled via the shield part, when the cover part is in the open position. Furthermore, the invention relates to a device comprising a connector housing for a memory card, as well as a method for anticipating the removal of a memory card in the connector housing.

Abstract: An adapter module is provided with a bail latch mechanism that serves to engage and disengage the frame into which the adapter module fits. The bail latch is movable between two positions and it engages a cam member formed as part of the module that cams two opposing free ends of the bail latch inwardly into the module to thereby release it from the adapter frame. The adapter frame includes a wear sleeve that cams the bail latch free ends inwardly during some insertions of the module. C-shaped press fit pins are made with the adapter frame for better engagement with the circuit board.

Abstract: The terminals of a pair of connectors are made by deforming sheet metal in the thicknesswise direction so that they are located within an interference area prior to connection. The terminal (12) of a connector (10) has a flat indentation (12B-1), while the terminal (22) of another connector (20) has a projection (22A-1) within an area corresponding to the flat indentation (12B-1). The flat indentation (12B-1) and the projection (22A-1) are located within the interference area upon connection.

Abstract: A connector has an operation unit connector that is fixed on an operation unit, and an electronic equipment main body connector that is fixed on an electronic equipment main body. The operation unit connector has plural terminals at regular intervals aligned in a row. The electronic equipment main body connector has plural electrodes at positions corresponding to the terminals at regular intervals. At least one of the electrodes is formed to be shorter than other electrodes and serves as a detecting electrode. The detecting electrode is disposed at the same upper position as the other electrodes, and shorter on the lower side.