Abstract: An electrical connector assembly is of the type having first and second connector housing parts each of the housings having a plurality of electrical terminals therein. The connector assembly further includes a caming slide for moving the housings toward and away from one another along a first path to mate and unmate the housings. The caming slide is moveable along a cam slide path extending transversely to the first path. The caming slide is slidably received within a way formed in the first housing part and has at least one caming slot formed in a surface thereof. The caming slot opens to a leading side edge of the caming slide facing the second housing part. The second housing part has at least one upstanding projection postionable initially within the at least one caming slot and driveably movable along the first path when engaged by the caming slide.

Abstract: A multi-piece electrical receptacle terminal comprising a frame and a spring. The frame has a receptacle section for a male terminal. The spring is movably captured within the receptacle section. The spring comprises a first resiliently flexible arm, a second resiliently arm and a contact section. The contact section is disposed between the first arm and the second arm. The first arm is shorter than the second arm.

Abstract: An electrical connector having a housing, electrical contacts and a ferrite block. The contacts have two connection areas and a lead section between the two connection areas. The lead section has a flat shape. The ferrite block is mounted on the lead sections. The ferrite block has low profile cross-sectionally rectangular slots therethrough which the lead sections pass through such that the ferrite block has a reduced height to provide a reduced height low profile filter connector.

Abstract: An electronic component and heat sink assembly comprising at least one printed circuit board and a first heat transfer member sandwiched between portions of the at least one printed circuit board. The electronic components on the printed circuit board(s) are directly thermally connected to the heat transfer member on at least two different sides of the heat transfer member.

Abstract: An electrical filter connector having a housing, electrical contacts, and ferrite hoods. The ferrite hoods separately surround portion of individual respective ones of the contacts. The housing can be over-molded onto the contacts to function as a strain relief for conductors attached to the contacts.

Abstract: A connector assembly having a male connector body engagable with a female connector body. At least one female terminal is mounted in one of the connector bodies and the terminal includes a contact portion having a generally cylindrical shape with opposing ends and a plurality of contact beams extending between the ends to define a reduced effective diameter located between the ends. The assembly also includes a preassembled terminal position assurance mechanism, which for providing an indicia of whether the terminal is fully seated within the connector body, and a preassembled connector position assurance mechanism, which provides an indicia of whether the connector bodies are fully engaged with one another.

Abstract: An electrical connector housing is formed with a retaining module for retaining electrical conductors with the housing. The retaining module is comprised of modular frame pieces having the same shape, but alternatingly reversely orientated in a row. Electrical conductors are sandwiched in grooves between adjacent frame pieces. The frame pieces are ultrasonically welded together. The housing also has two lock modules with snap-lock rocker arms. The lock modules are ultrasonically welded to the frame pieces.

Abstract: A filter electrical connector having a housing and a contact and filtering circuit subassembly. The contact and filtering circuit subassembly has a ferrite block, electrical contacts passing through the ferrite block, and a lead frame and circuit element assembly. The lead frame and circuit element assembly is mounted on the ferrite block and is electrically connected to the electrical contacts.

Abstract: An electrical receptacle terminal comprising a frame, and a leaf spring. The frame has a receptacle section for a male terminal. The receptacle section has a general shell configuration with one side of the shell having a seam therein. The seam is located to section the side of the receptacle section into two cantilevered side sections with each side section being cantilevered from an opposite wall of the receptacle section parallel to the seam. The leaf spring is movably captured within the receptacle. The leaf spring is biased against the shell of the receptacle section with opposite ends of the leaf spring contacting the side of the shell. The leaf spring has two pairs of support surfaces. One pair of the support surfaces is located at each of the opposite ends of the leaf spring.

Abstract: An electronic component heat sink assembly comprising a printed circuit board having electronic components; and a box surrounding the printed circuit board. The box has a first box member with a molded plastic frame and a heat transfer member connected to the molded plastic frame. The frame of the first box member can also form part of an electrical header connector. The heat transfer member extends through the molded plastic frame and has portions which extend from different sides of the molded plastic frame. The portions of the heat transfer member extend from a first one of the sides of the molded plastic frame and are thermally connected to the electronic components such that heat from the electronic components is transferred out of the box, through the molded plastic frame, by the heat transfer member.

Abstract: An electrical connector having a housing and electrical contacts mounted in the housing. The electrical contacts form double female receiving sections for receiving male contact sections of mating electrical contacts. Each electrical contact is formed from a flat sheet metal blank having parallel V-shaped sections that are bent into a general tubular shape.

Abstract: An axial airbag connector with a connector assurance slide including a plug connector, a bottom cover attached to the plug connector, and a sliding cover with forwardly extending secondary locking arms. The sliding cover can be locked in either a forward or a rear position. When the sliding cover is in its forward position, the secondary locking arms force plug locking arms at the front of the plug connector outwardly so as to engage the plug connector in its mating socket. A displacement limiter is used to limit the range of movement of the sliding cover between its forward and rear positions.

Abstract: A connector assembly having a male connector body engagable with a female connector body. At least one female terminal is mounted in one of the connector bodies and the terminal includes a contact portion having a generally cylindrical shape with opposing ends and a plurality of contact beams extending between the ends to define a reduced effective diameter located between the ends. The assembly also includes a preassembled terminal position assurance mechanism, which for providing an indicia of whether the terminal is fully seated within the connector body, and a preassembled connector position assurance mechanism, which provides an indicia of whether the connector bodies are fully engaged with one another.

Abstract: An airbag igniter plug including a plug housing, a removable cover latched onto the housing, and a secondary locking clip having locking arms which are inserted into grooves in the cover and which are slidable from a rear unlocking position to a front locking position. A resilient finger on the locking clip cooperates with a ramp on the cover to retain the locking clip in its unlocking or locking position. When the locking clip is moved into its locking position, its locking arms bias the locking arms at the front of the plug body outwardly so as to engage their locking catches and prevent unmating of the plug from its mating socket.

Abstract: A tab receptacle terminal fabricated by bending a single sheet of electrically conductive material. The receptacle terminal includes a receptacle box having at one end an opening through which a male terminal can be inserted. A spring is formed in the top of the box so as to extend substantially across the length of the top between the ends of the box. The spring projects interiorly of the box toward its bottom for engagement with an inserted male terminal. Portions of the spring define a leading surface and a trailing surface with the leading surface defining an angle with respect to the top which is greater than an angle defined between the top and the trailing surface. A pair of closed slots extending lengthwise along the top adjacent the juncture of the top with the sides to define the spring.