Abstract: An electrical connector includes an insulative housing including a rear base portion and a front tongue portion extending from the base portion along the mating direction, a number of first conductive contacts held in the insulative housing, a number of second conductive contacts held in the insulative housing, and a retainer assembled to the tongue portion of the insulative housing. Each first conductive contact includes a nonelastic first mating portion exposed beyond the tongue portion. The retainer includes opposite first and second faces and defines a number of receiving slots recessed from at least one of the first and second faces to receive the nonelastic first mating portions of the first conductive contacts.

Abstract: A power connector includes an insulative housing, a number of contacts retained in the insulative housing and a spacer fixed to the insulative housing. The insulative housing includes a mating surface, an end surface opposite to the mating surface and a plurality of first passageways extending through the mating and the end surfaces. A depression and a cavity are recessed into the insulative housing from the mating surface and the end surface, respectively. Each first contact includes a main portion received in the corresponding first passageway and a tail portion located at the cavity in condition that at least one side wall of the tail portion is exposed to the outside for excellent heat dissipation.

Abstract: A power connector, includes an insulating housing having a plurality of contact receiving passages, each of said plurality of contact receiving passages receives a contact pair having a pair of independent conductive contacts, wherein said independent conductive contact includes a first part made of high conductive material and a second part made of high mechanical material, said first part is connected with said second part by a positioning element, said supporting portion of said second part keeps said first part from over deforming when a force is applied on said contacting portion for power transmission, so as to ensure the stability of power transmission.

Abstract: An electrical connector in accordance with the present invention includes an insulative housing defining a mating direction and at least one contact-receiving passage extending along a mating direction, at least one conductive contact received in the at least one contact-receiving passage for electrically connecting with a conductive contact of a complementary connector, and a protection element. The at least one conductive contact includes a retention section interferentially received in the at least one contact-receiving passage, and a mating section extending from the retention section for electrically connecting with corresponding conductive contact of the complementary connector, and a mounting section extending from the retention section. The mating section forms a tip end at a free end thereof. The protection element is integrally formed with the tip end of the mating section of the at least one conductive contact and wraps the tip end.

Abstract: An electrical connector in accordance with the present invention includes an insulative housing defining a mating direction and at least one contact-receiving passage extending along the mating direction, and at lest one conductive contact received in the contact-receiving passage. Each conductive contact includes a mating section, a retaining section extending from the mating section and interferentially retained in the contact-receiving passage, and a mounting section extending from the retaining section. The insulative housing defines at least one heat-radiating passage penetrating through the insulative housing along the mating direction and communicating with the contact-receiving passage.

Abstract: An electrical connector includes an insulative housing, a contact retaining member fixed to the insulative housing and a contact partly extending through the contact retaining member. The contact retaining member is fixed in a passageway defined in the insulative housing. The contact retaining member includes a ring and at least one elastic spring extending forwardly from the ring. The ring is closed along its circumferential direction while is central hollow. The contact includes a contact portion resided in the passageway and a fixing portion extending through the ring and the elastic spring under a condition that the fixing portion abuts against a free end of the elastic spring to limit backwardly removal of the contact.

Abstract: A receptacle connector for receiving a complementary plug includes an insulative housing (100), a number of contacts (200) received in the housing, a metallic shell (300) partially covering the housing and a pair of fixing members (400) assembled between the housing and the shell. The housing has a pair of end walls (103) including a top wall and a bottom wall, a rear wall (104), a pair of side walls (102), and a receiving space (105) defined therebetween for receiving the complementary plug. The rear wall defines a number of receiving channels (113). The top wall defines a top surface (117) and a plurality of receiving slots (111) opened on the top surface. Each contact includes a retention portion (201), a contact portion (202) and a tail portion (205).

Abstract: A power connector assembly includes a first connector (100) having a first insulating housing (110) forming a front face (114) and a rear face (115). A number of passageways (101) are defined in the first insulating housing and extending through the front face and the rear face. A number of first contacts (120) are retained in the passageways, respectively. A second connector (200) includes a second insulating housing (210) having a front surface (214) and a rear surface (215). A number of passageways (201) are defined in the second insulating housing and extending through the front surface and the rear surface. A number of second contacts (220) are retained in the passageways, respectively. When the first connector and the second connector are mated with each other along a mating direction, a number of airflow holes (102) are defined between the front face of the first connector and the front surface of the second connector for heat dissipation.

Abstract: An electrical connector includes an insulative housing, a contact retaining member fixed to the insulative housing and a contact partly extending through the contact retaining member. The contact retaining member is fixed in a passageway defined in the insulative housing. The contact retaining member includes a ring and at least one elastic spring extending forwardly from the ring. The ring is closed along its circumferential direction while is central hollow. The contact includes a contact portion resided in the passageway and a fixing portion extending through the ring and the elastic spring under a condition that the fixing portion abuts against a free end of the elastic spring to limit backwardly removal of the contact.

Abstract: A power connector includes an insulative housing, a number of contacts retained in the insulative housing and a spacer fixed to the insulative housing. The insulative housing includes a mating surface, an end surface opposite to the mating surface and a plurality of first passageways extending through the mating and the end surfaces. A depression and a cavity are recessed into the insulative housing from the mating surface and the end surface, respectively. Each first contact includes a main portion received in the corresponding first passageway and a tail portion located at the cavity in condition that at least one side wall of the tail portion is exposed to the outside for excellent heat dissipation.

Abstract: A power connector, includes an insulating housing having a plurality of contact receiving passages, each of said plurality of contact receiving passages receives a contact pair having a pair of independent conductive contacts, wherein said independent conductive contact includes a first part made of high conductive material and a second part made of high mechanical material, said first part is connected with said second part by a positioning element, said supporting portion of said second part keeps said first part from over deforming when a force is applied on said contacting portion for power transmission, so as to ensure the stability of power transmission.

Abstract: A fastener is disclosed to include a locating block that supports an interface card on a circuit board, a hollow hook member inserted through a mounting through hole in the interface card into the through hole of the locating block to secure the interface card to the locating block, and a holding down member inserted into the hollow hook member to hold down the hook member so as to lock the interface card to the locating block.

Abstract: A fastener is disclosed to include a locating block that supports an interface card on a circuit board, a hollow hook member inserted through a mounting through hole in the interface card into the through hole of the locating block to secure the interface card to the locating block, and a holding down member inserted into the hollow hook member to hold down the hook member so as to lock the interface card to the locating block.

Abstract: A card edge connector which has a pivoting latching mechanism that has a pair of parallel fingers that direct inward transverse forces on the opposed sides of the printed wiring board to secure it in the connector. The connector also includes a plate on each of the contact elements which prevents overstressing of the arcuate element of the contact. The plate also includes a longitudinal projection and an opposed longitudinal recess so that the adjacent contact elements may be connected to resist axial forces.

Abstract: Disclosed is a card edge connector which includes an insulative housing comprising a body and opposed perpendicular arms. The body of the housing has a card receiving side having a longitudinal groove. This groove has opposed lateral first and second sides and each of said first and second sides has at least one first and second contact receiving opening. There is also at least one recess in the card receiving side of the body communicating with said first aperture in the first lateral side of the groove. There is also at least one recess in the opposed side of the housing body communicating with the second opening in the groove. A first contact fixed in the recess in the card receiving side of the body and extends through said first opening into the groove. A second contact is fixed in the recess in said opposed side of the body and extends through said second aperture into the groove.

Abstract: Disclosed is a card edge connector having mirror image latches which are integrally molded into the housing and which have horizontal latch manipulation platform members which extend outwardly from their body section. A stopper member is positioned outwardly from the latches to prevent overstressing when the latches are deflected. The horizontal latch manipulation has a central major slot and a peripheral secondary slot which are vertically aligned respectively with a vertical slot between the latch body and the stopper member and the top surface of the stopper member to allow for relatively easy molding of the latch. A separately molded finger engagement portion may be inserted into the central principal slot which the stopper member is received by the secondary slot when the latch is flexed. The finger engagement portion may advantageously be of a different color from the housing to make it easier to locate.

Abstract: Disclosed is a card edge connector which has a pivoting latching mechanism that has a pair of parallel fingers that direct inward transverse forces on the opposed sides of the printed wiring board to secure it in the connector. The connector also includes a plate on each of the contact elements which prevents overstressing of the arcuate element of the contact. The plate also includes a longitudinal projection and an opposed longitudinal recess so that the adjacent contact elements may be connected to resist axial forces.

Abstract: Disclosed is a card edge connector which includes an insulative housing comprising a body and opposed perpendicular arms. The body of the housing has a card receiving side having a longitudinal groove. This groove has opposed lateral first and second sides and each of said first and second sides has at least one first and second contact receiving opening. There is also at least one recess in the card receiving side of the body communicating with said first aperture in the first lateral side of the groove. There is also at least one recess in the opposed side of the housing body communicating with the second opening in the groove. A first contact fixed in the recess in the card receiving side of the body and extends through said first opening into the groove. A second contact is fixed in the recess in said opposed side of the body and extends through said second aperture into the groove.

Abstract: Disclosed is a card edge connector which has a pivoting latching mechanism that has a pair of parallel fingers that direct inward transverse forces on the opposed sides of the printed wiring board to secure it in the connector. The connector also includes a plate on each of the contact elements which prevents overstressing of the arcuate element of the contact. The plate also includes a longitudinal projection and an opposed longitudinal recess so that the contact elements resist axial forces.

Abstract: An electrical connector is provided in which latches are firmly secured to a housing. A fitting base, over which a lower end of the latch is fitted, and support base for supporting a U-shaped section extending from the lower end of the latch are provided at the end of the step surface section of the housing. The lower end sections of the latch have such a shape as to surround the fitting base on four sides and fittingly contact with the fitting base on the four sides. In the fitted state of the latch, part of the lower end of the latch is held in the recess defined by the fitting base, support base and housing's step surface section. The latch is firmly fitted over the fitting base such that a hole of the latch is fitted over a projection.