Gary H. Stout - Farmington UT Ryan A. Kunz - Roy UT Joel J. Yeh - Diamond Bar CA Ryan Yeh - Chino Hills CA Hui-Tze Tsai - Chung-Hwa, TW
Assignee:
3Com Corporation - Santa Clara CA
International Classification:
H01R 2500
US Classification:
439 11, 439638
Abstract:
A connector adapter that can be used to directly connect a peripheral device to a host device. The connector adapter is adjustable so as to allow selective reorientation of the peripheral with respect to the host device. The connector adapter includes a limiting mechanism that restricts the degree to which the adapter can be selectively rotated. In addition, the adapter includes an indexing mechanism that allows the position of the adapter to be locked in predetermined positions.
An electrical connector ( ) adapted to be vertically mounted to a circuit board includes an insulative housing ( ), a number of L-shaped conductive contacts ( ) therein and a shield ( ) substantially enclosing the housing. The housing includes an elongate body ( ) and an upper projection ( ) extending upwardly from a top surface ( ) of the body. The shield includes a front shell ( ) and a rear shell ( ). The front shell includes a front panel ( ), two side panels ( ) extending from opposite edges of the front pane, and an upper extension ( ) offsetting from the front panel. Therear shell ( ) includes a rear panel ( ), two upper side panels ( ) extending from the rear panel and a lower extension ( ) offsetting from the rear panel.
An electrical connector assembly ( ) includes a D-Sub connector ( ), a triplex audio jack connector ( ), and a board edge connector ( ) all mounted to a sound card ( ), the whole being assembled into a connector housing ( ) having a rear cover ( ) with a shielding plate ( ). The board edge connector is mountable to a motherboard ( ). The result is a sound package including sound card and connectors which takes up less space on the motherboard than separate sound card and connectors. The new connector assembly with internal sound card thus results in greater efficiency.
An electrical connector assembly comprises a first and a second housing members ( ) connected together, two sets of identical first terminals ( ) received in the first and second housing members, two sets of second terminals ( ) contacted with the sets of first terminals respectively, a grounding terminal ( ) having a body strip ( ) and a pair of arms ( ), a spacer ( ) assembled to the housing members. The spacer has a base portion ( ) defining an two sets of retaining slots ( ), an elongated slit ( ) in a rear face, and two pairs of insertion holes ( ) in communication with the two sets of retaining slots, respectively. Retaining portions ( ) of the second terminals are retained in the retaining slots of the spacer and the body strip of the grounding terminal is retained in the elongated slit.
An electrical connector ( ) for interconnecting a first and a second printed circuit boards (PCBs) includes an insulative base ( ) and a first and a second sets of contacts ( ) received in the base. The insulative base defines a plurality of first and second channels ( ). The first and second channels respectively have first and second exposing portions ( ) arranged in two rows. The first and second sets of contacts respectively have first and second contact portions ( ) extending beyond an upper surface ( ) of the base through the first and second exposing portions.
An electronic card connector ( ) for engaging with a circuit card ( ) includes an insulating housing ( ) having a head section ( ) and a pair of guiding arms ( ) extending rearwardly from opposite ends of the head section, and a number of signal contacts ( ) and power contacts ( ) retained in the head section. The head section is step-shaped having a body ( ) and a projection ( ) located above the body. The projection has a rear face ( ) extending rearwardly beyond a rear face ( ) of the body. The signal and power contacts are respectively retained in the body and the projection of the head section for electrically connecting to the circuit card.
An electrical connector ( ) includes an insulating housing ( ) having a head section ( ) and a pair of guiding arms ( ) extending rearwardly from opposite ends of the head section, a number of signal and power contacts ( ) retained in the head section and a conductive shield ( ) enclosing the housing. The conductive shield includes first and second plates ( ) mechanically connected with each other and respectively covering top and bottom surfaces ( ) of the insulating housing. The signal and power contacts have solder tails ( ) extending beyond a rear edge of the first and second plates for electrically connecting to an electronic card. The first and second plates have grounding tails ( ) for electrically connecting to the electronic card.