Abstract: An electrical connector includes an insulative housing, a pair of contacts accommodated in the insulative housing and a temperature sensing element electrically connected with the contacts. The insulative housing defines a base portion and a receiving portion extending forwards from the base portion, the receiving portion has a cavity opening towards one side thereof. Each contact defines a retaining portion held in the base portion, a contacting arm provided at one end of the retaining portion and protruding into the cavity, and a mating arm provided at the opposite end of the retaining portion. The temperature sensing element is at least partially received in the cavity and connecting with the contacting arm of the contact in the cavity.

Abstract: An electrical connector comprises an insulative housing and a terminal module. The insulative housing has a mating portion and a main portion, the mating portion defines a mating cavity, the main portion has a receiving space. The terminal module includes a first terminal module and a second terminal module, the first terminal module defines a plurality of first contacting portions and the second terminal module defines a plurality of second contacting portions. The main portion has a pair of lateral walls, and the mating portion defines a pair of side walls. The main portion further has a plurality of ribs and a plurality of positioning slots, the ribs are attached on the exterior side faces of the relative side walls. The electrical connector further comprises a shielding member provided with a pair of side plates engaged with the positioning slots.

Abstract: An electrical connector includes an insulative housing and a plurality of contacts. Each contact has a retaining section, a mating section and a crimping section, the insulative housing defines a positioning groove communicated with contact-receiving passageways, the retaining section is provided with an elastic retaining arm extending backwards, a pair of cutouts on both sides of the retaining arm along a transverse direction, and a pair of limiting walls exposed in the cutouts and the positioning groove. When the contacts assembled to the relative contact-receiving passageways, each retaining arm is abutting against a rear inner surface of the positioning groove via a free end thereof to prevent the contact moving backwards, the electrical connector further comprises a retainer, and the retainer defines a plurality of limiting blocks extruding into the positioning groove and the corresponding cutouts, and the limiting blocks are abutting against the relative limiting walls.

Abstract: An electric power connector includes an electrically insulative housing, which has a receiving chamber for receiving a matching socket type electric connector, a plug portion disposed at the rear side inside the receiving chamber, a plurality of countersunk holes cut through the plug portion, multiple ribs disposed in each countersunk hole, and two positioning portions disposed at two opposite lateral sides inside the receiving chamber to guide connection of the electric power connector to the matching socket type electric connector, and conducting terminals respectively mounted in the countersunk holes of the housing, each conducting terminal having a positioning portion positioned in the associating countersunk hole and engaged with the ribs in the associating countersunk hole, a front contact portion forwardly extending from the positioning portion and suspending in the receiving chamber for inserting into one contact hole of the matching socket type electric connector, and a rear bonding portion backwardl

Abstract: In an electric power connector comprised of a plug module and a socket module, a male metal terminals of the plug module and a female metal terminals of the socket module are respectively made out of a respective solid metal plate member through a continuous stamping process, and each male metal terminal has a base and two contact prongs bilaterally extended from one side of the base at different elevations, therefore the electric power connector eliminates electron ionization or thermal stress in the metal terminals, ensuring high stability and reliability of metal terminals in power transmission.

Abstract: A female connector terminal includes a connector terminal body, which has a positioning portion on the middle for positioning in an electrically insulative member, a bonding portion at the rear side for bonding to a circuit board, and a tubular contact portion at the front side that has a receiving contact hole for receiving a rod-like metal contact of a male connector terminal, an annular groove extending around the periphery, and a longitudinal split, and a clamping shell clamped on the periphery of the tubular contact portion within the annular groove to enhance contact connection between the tubular contact portion and the inserted male connector terminal and having a locating portion fastened to the longitudinal slit to prohibit rotation of the clamping shell relative to the tubular contact portion.

Abstract: In an electric power connector comprised of a plug module and a socket module, a male metal terminals of the plug module and a female metal terminals of the socket module are respectively made out of a respective solid metal plate member through a continuous stamping process, and each male metal terminal has a base and two contact prongs bilaterally extended from one side of the base at different elevations, therefore the electric power connector eliminates electron ionization or thermal stress in the metal terminals, ensuring high stability and reliability of metal terminals in power transmission.

Abstract: A female connector terminal includes a connector terminal body, which has a positioning portion on the middle for positioning in an electrically insulative member, a bonding portion at the rear side for bonding to a circuit board, and a tubular contact portion at the front side that has a receiving contact hole for receiving a rod-like metal contact of a male connector terminal, an annular groove extending around the periphery, and a longitudinal split, and a clamping shell clamped on the periphery of the tubular contact portion within the annular groove to enhance contact connection between the tubular contact portion and the inserted male connector terminal and having a locating portion fastened to the longitudinal slit to prohibit rotation of the clamping shell relative to the tubular contact portion.

Abstract: An electric power connector includes an electrically insulative housing, which has a receiving chamber for receiving a matching socket type electric connector, a plug portion disposed at the rear side inside the receiving chamber, a plurality of countersunk holes cut through the plug portion, multiple ribs disposed in each countersunk hole, and two positioning portions disposed at two opposite lateral sides inside the receiving chamber to guide connection of the electric power connector to the matching socket type electric connector, and conducting terminals respectively mounted in the countersunk holes of the housing, each conducting terminal having a positioning portion positioned in the associating countersunk hole and engaged with the ribs in the associating countersunk hole, a front contact portion forwardly extending from the positioning portion and suspending in the receiving chamber for inserting into one contact hole of the matching socket type electric connector, and a rear bonding portion backwardl