Abstract:
A socket connector for electrically connecting an IC package and a printed circuit board, includes a housing receiving a number of contacts, a stiffener surrounding the housing, a cover pivotably mounted at an end of the stiffener to cover the housing and a lever pivotably mounted at an opposed end of the stiffener to retain the cover to the stiffener, a number of washers mounting to the stiffener and a number of screws for mounting the stiffener to the printed circuit board. The washer has a pinhole and a number of teeth upwardly extending along a circle circumference of the pinhole. The screw is hold to the washer by the teeth of the washer before the screw engaged with the printed circuit board.
Abstract:
A socket includes a housing and a plurality of terminals received in the housing. Each terminal includes a securing portion inserted in the housing, a mating portion and a spring portion connected between the securing portion and the mating portion. When the socket interconnects with first and second electronic devices, the spring portion is resiliently deformed to provide resilient force to the mating portion and the mating portion therefore engages with the second electronic device with minimized wiping relative to the second electronic device.
Abstract:
An electrical connector for connecting an electronic package (1) with a circuit substrate. A preferred embodiment of the electrical connector is a land grid array connector, which includes a parallelepiped-shaped insulative housing (2) and a plurality of retention arms (3). The housing includes four raised sides (21), and the retention arms are located in two contiguous raised sides. The retention arms include engaging portions (32) for resiliently abutting side walls of the electronic package. A material of the retention arms is different from a material of the housing. In the preferred embodiment, the material of the retention arms is metal. Thus the retention arms have superior resiliency, especially compared to the material of the housing.
Abstract:
An electrical interposer for connecting two electronic devices includes a plurality of first cores with undulating structure extending in a first direction and a plurality of second cores with undulating structure extending in a second direction angular with the first direction. Each first core has first peaks and first valleys alternately arranged in the first direction and each first peak is electrically connected with a corresponding neighboring first valley but insulated from others. Each second core has second peaks and second valleys alternately arranged in the second direction and each second peak is electrically connected with a corresponding neighboring second valley but insulated from others. The first cores and the second cores interlace with each other to reach a woven structure with the first peaks and the second peaks jointly constituting an upper interface, and the first valleys and the second valleys jointly constituting a lower interface.
Abstract:
An electrical interposer for connecting two electronic devices includes a plurality of first cores with undulating structure extending in a first direction and a plurality of second cores with undulating structure extending in a second direction angular with the first direction. Each first core has first peaks and first valleys alternately arranged in the first direction and each first peak is electrically connected with a corresponding neighboring first valley but insulated from others. Each second core has second peaks and second valleys alternately arranged in the second direction and each second peak is electrically connected with a corresponding neighboring second valley but insulated from others. The first cores and the second cores interlace with each other to reach a woven structure with the first peaks and the second peaks jointly constituting an upper interface, and the first valleys and the second valleys jointly constituting a lower interface.
Abstract:
A power interconnection system is provided including a printed circuit board (10), a voltage regulator package (30), and an electrical connection socket (20) adapted for receiving a chip package (40) therein. The electrical socket and the voltage regulator package are mounted and electrically coupled to opposite surfaces of the printed circuit board. Thus, the voltage regulator package and the chip package are held in a substantially opposed relationship relative to the printed circuit board after the chip package is mounted onto the socket. Therefore, with such configuration, a lower impedance connection is achieved between the chip package and the voltage regulator package in comparison with the conventional configuration.
Abstract:
A socket adapted for electrically connecting an IC package and a PCB, comprising: a body mounted on the PCB for electrically connecting the IC package, two bolts mounted on the PCB and beside the body and a clip for retaining the IC package in the body. The bolt has a header portion on the top with biggest size, a middle portion and a screw portion engaging with the PCB. The clip has two attaching portions, each defining a hatch at a free end thereof, the clip links with the bolt by inserting the attaching portion toward the bolt to make the middle portion be received in the hatch and the header portion be upon the hatch to prevent the attaching portion from upward movement.
Abstract:
An LGA socket (1) for electrically connecting an LGA package (3) to a PCB (4) includes a low-profile insulative housing (10) defining a plurality of passageways (13) that receive a plurality of terminals (20) therein. A pair of slots (14) is defined in opposite sides of the housing, each slot accommodating a flexible supporting member (15). Each supporting member includes a base portion (16) connecting with the housing, a pair of cantilever arms (17) extending from the base portion, and a deflectable supporting block (18) formed at a free end of each arm. Each supporting block has a first supporting portion (181) protruding beyond a top surface (11) of the housing, and a second supporting portion (182) extending toward a bottom surface (12) of the housing. The supporting block can deflect in the slot relative to the base portion of the housing, and thereby support the socket on the PCB.
Abstract:
A CPU socket assembly includes a base (20) defining an array of contact passageways (21), a plurality of conductive contacts (50) received in the contact passageways, a cover (10) movably mounted on the base and defining an array of pin holes (11) in alignment with the contact passageways of the base and adapted for insertion of pins of a CPU, an actuator (40) disposed between the cover and the base for driving the cover to move along the base, and a pick up cap (30) positioned on the cover. The pick up cap comprises a flat plate (31) and a pair of latches (32) formed on opposite sides of the flat plate for hooking on to opposite sides of the base.
Abstract:
An electrical socket has a slot for receiving an edge of a circuit card and an extractor which is movable for dislodging the circuit card from the slot. The socket has a pair of flexible towers, and the extractor has a pair of lateral projections which are received in notches in the towers for locking the extractor in a closed position. The projections have beveled surfaces, and the towers have complementary ramps which are engaged by the beveled surfaces so that the towers are resiliently deflected without damage to the projections.