Abstract: An easily assembled connector includes an insulative base (10), a plastic core (20) and conductive terminals (30). The insulative base (10) has a chamber (12). The plastic core (20) is correspondingly received in the chamber (12) and has a guiding hole (21) and troughs (22) surrounding and communicating with the guiding hole (21). Each trough (22) is formed with a terminal hole (A). The conductive terminals (30) are separately correspondingly installed in the terminal holes (A).

Abstract: An easily assembled connector includes an insulative base (10), a plastic core (20) and conductive terminals (30). The insulative base (10) has a chamber (12). The plastic core (20) is correspondingly received in the chamber (12) and has a guiding hole (21) and troughs (22) surrounding and communicating with the guiding hole (21). Each trough (22) is formed with a terminal hole (A). The conductive terminals (30) are separately correspondingly installed in the terminal holes (A).

Abstract: A board connector assembly has a receptacle connector and a plug connector. The receptacle connector has a first insulative housing, two sets of first terminals and two first metal reinforcing members mounted respectively on two opposite ends of the first insulative housing. The plug connector is detachably engaged with the receptacle connector and has a second insulative housing, two sets of second terminals and two second metal reinforcing members mounted respectively on two opposite ends of the second insulative housing. The first and second metal reinforcing members enhance structural strength and durability of the receptacle connector and the plug connector.

Abstract: A board to board male connector includes a male insulator, a first male signal contact set, a second male signal contact set, and a first male holding contact. The male insulator includes a first side wall, a second side wall, a first erect wall, and second erect wall. The first side wall is opposite to the second side wall. The first erect wall is opposite to the second erect wall. The first male signal contact set is disposed on the first erect wall. The second male signal contact set is disposed on the second erect wall. The first male holding contact includes a first male holding body disposed on the first side wall, and at least one first embedding wing extending from at least one side of the first male holding body and embedding into the first side wall.

Abstract: A board to board male connector includes a male insulator, a first male signal contact set, a second male signal contact set, and a first male holding contact. The male insulator includes a first side wall, a second side wall, a first erect wall, and second erect wall. The first side wall is opposite to the second side wall. The first erect wall is opposite to the second erect wall. The first male signal contact set is disposed on the first erect wall. The second male signal contact set is disposed on the second erect wall. The first male holding contact includes a first male holding body disposed on the first side wall, and at least one first embedding wing extending from at least one side of the first male holding body and embedding into the first side wall.

Abstract: A board connector assembly has a receptacle connector and a plug connector. The receptacle connector has a first insulative housing, two sets of first terminals and two first metal reinforcing members mounted respectively on two opposite ends of the first insulative housing. The plug connector is detachably engaged with the receptacle connector and has a second insulative housing, two sets of second terminals and two second metal reinforcing members mounted respectively on two opposite ends of the second insulative housing. The first and second metal reinforcing members enhance structural strength and durability of the receptacle connector and plug connector.

Abstract: A micro radio-frequency connector includes an isolated body, a resilient terminal and an external terminal. The isolated body includes an accommodating slot and an inserting hole connected to the accommodating slot. The accommodating slot includes an upper inner wall and a lower inner wall opposite to each other. The resilient terminal is disposed inside the accommodating slot, and includes a fixing section, two resilient arms and a first contacting section. The fixing section is fixed to the accommodating slot. An end of the resilient arm is connected to the fixing section and contacts against the lower inner wall, the other end of the resilient arm is a free end to be separated from the lower inner wall while an external force is not applied to the first contacting section and further to contact against the lower inner wall while the external force is applied to the first contacting section.

Abstract: An electrical connector is provided, including a main body, first terminals installed at a seat of the main body, second terminals embedded in the seat, and a housing. The housing has a bottom wall, two side walls, and a top wall, and defines an accommodating space having a first opening and a second opening. A plurality of first spring plates are disposed on the top wall and bottom wall. A second spring plate is disposed near the second opening of the top wall. Third spring plates are disposed near the second opening of the bottom wall. When a connector plug is plugged into the electrically connector, the first, second and third spring plates make contact with an iron housing of the connector plug to increase the contact area between the connector plug and the electrical connector, and reduce electromagnetic interference to peripheral devices.

Abstract: An electrical connector is provided, including a main body, first terminals installed at a seat of the main body, second terminals embedded in the seat, and a housing. The housing has a bottom wall, two side walls, and a top wall, and defines an accommodating space having a first opening and a second opening. A plurality of first spring plates are disposed on the top wall and bottom wall. A second spring plate is disposed near the second opening of the top wall. Third spring plates are disposed near the second opening of the bottom wall. When a connector plug is plugged into the electrically connector, the first, second and third spring plates make contact with an iron housing of the connector plug to increase the contact area between the connector plug and the electrical connector, and reduce electromagnetic interference to peripheral devices.

Abstract: A micro radio-frequency connector includes an isolated body, a resilient terminal and an external terminal. The isolated body includes an accommodating slot and an inserting hole connected to the accommodating slot. The accommodating slot includes an upper inner wall and a lower inner wall opposite to each other. The resilient terminal is disposed inside the accommodating slot, and includes a fixing section, two resilient arms and a first contacting section. The fixing section is fixed to the accommodating slot. An end of the resilient arm is connected to the fixing section and contacts against the lower inner wall, the other end of the resilient arm is a free end to be separated from the lower inner wall while an external force is not applied to the first contacting section and further to contact against the lower inner wall while the external force is applied to the first contacting section.

Abstract: A battery holder includes an insulative housing with a bottom base and a side wall to commonly define a receiving space, the side wall includes a seat portion with a receiving slot and an opening slot perpendicular to the receiving slot. A negative contact includes a contacting arm slanting to the receiving space from the bottom base and a positive contact includes a frame portion retained in the receiving slot and the contacting portion defined in the frame portion projecting in the receiving space through the opening portion. The contacting portion is integrally connects with the frame portion by two opposite ends thereof.

Abstract: An electrical adaptor includes a first connector body loaded with first terminals and a second connector body loaded with second terminals. The two connector bodies assembly attaches with each other and each defines a mating port opposite to each other. At least partial of the first terminals each includes a contacting strip in the mating port of the first connector body and a touching portion. Each second terminal includes a contacting portion in the mating port of the second connector body and a touching portion. Each touching portion of the first terminals contacts with touching portions of two or more said second terminals.

Abstract: An electrical connector assembly includes an insulative base and a complimentary connector assembled therewith along an up-to-down direction instead of a left-to-right direction. Thus, a small assembly space will be achieved compared to the prior art.

Abstract: An electrical connector includes an insulative housing and at least one terminal, the insulative housing having a front face, at least one cavity and at least one receiving slot formed in the front face for receiving a printed circuit board and communicating with the cavity. The terminal retained in the respective cavity has a base portion, a contact portion extending into the receiving slot for resiliently abutting against the printed circuit board and a tail portion extending rearward from the base portion. The insulative housing has at least one lock arm formed integral therewith to fasten the printed circuit board.

Abstract: An electrical connector includes an insulative housing and a plurality of terminals secured in the insulative housing. The insulative housing defines a mating surface and a mounting surface opposite to the mating surface and includes a plurality of posts extending from the mounting surface away from the mating surface, the posts defining a distal surface. The insulative housing defines a plurality of mating passageways penetrating through the mating surface of the insulative housing and the distal surfaces of the posts and a plurality of receiving passageways corresponding to the mating passageways. Each terminal includes a retention portion retained in the receiving passageway, an engaging portion extending in one corresponding mating passageway and a soldering portion extending in the mounting face.

Abstract: An electrical connector (2, 3) provides an interface compatible with an internal micro Serial ATA connector. The electrical connector (2, 3) includes an insulated housing (21, 31), a first number of contacts (221, 222, 223, 321, 322, 323) assembled to the insulated housing (21, 31); and a second number of contacts (224, 225, 324, 325) assembled to the insulated housing (21, 31). The first number of contacts (221, 222, 223, 321, 322, 323) constitute a power segment and a signal segment compatible with the internal micro Serial ATA connector. The second number of contacts (224, 225, 324, 325) is used for mating with a new type of mating connector (3, 2) when higher transfer speed is needed.

Abstract: A floatable electrical connector assembly comprises a fixed housing (10) defining a front receiving frame (112) having an edge section (113). A movable housing (20) is discretely and movably attached to the fixed housing (10) in an up-to-down direction and adapted to be rested on the edge section of the receiving frame. One of the movable housing and the fixed housing defines a mating bar (217) while the other one of the movable housing and the fixed housing has a receiving slot (119) defining an enclosed boundary for receipt of the mating bar so as to permit the movable housing stably movable relative to the fixed housing in the up-to-down direction.

Abstract: An electrical connector includes an insulative housing and a plurality of terminals secured in the insulative housing. The insulative housing defines a mating surface and a mounting surface opposite to the mating surface and includes a plurality of posts extending from the mounting surface away from the mating surface, the posts defining a distal surface. The insulative housing defines a plurality of mating passageways penetrating through the mating surface of the insulative housing and the distal surfaces of the posts and a plurality of receiving passageways corresponding to the mating passageways. Each terminal includes a retention portion retained in the receiving passageway, an engaging portion extending in one corresponding mating passageway and a soldering portion extending in the mounting face.