Abstract: A low profile electrical connector includes an insulative housing, a plurality of conductors in the housing, and a metal shell mounted in the housing. Two spaced flexible latches extend outward from either side of the shell. The latch includes a level portion having a top concave portion, and a solder leg extending downward from the level portion and having a curved portion extending from the concave portion to the solder leg. The housing and the shell together are mounted at a recess on an edge of a printed circuit board (PCB) by inserting the solder legs into a plurality of first holes of the PCB and inserting poles of the housing into a plurality of second holes of the PCB respectively with the level portions rested upon the PCB. Thus, height of the connector mounted on the PCB is greatly reduced.

Abstract: An electrical connector with an IEEE1394 interface is disclosed. The electrical connector includes an insulative housing, a metal shell, a plurality of terminals and a rear cover. In application, the connector can be used in both inverted type and low profile type structure, the two side walls of the metal shell are respectively stamped with a wing which consists of a connecting portion, an arch portion and a solder portion, thus making a portion of said connector can be inlaid in the circuit board and also can be engaged tightly therewith, therefore creating more space and designing freedom for the printed circuit board.

Abstract: A low profile electrical connector includes an insulative housing, a plurality of conductors in the housing, and a metal shell mounted in the housing. Two spaced flexible latches extend outward from either side of the shell. The latch includes a level portion having a top concave portion, and a solder leg extending downward from the level portion and having a curved portion extending from the concave portion to the solder leg. The housing and the shell together are mounted at a recess on an edge of a printed circuit board (PCB) by inserting the solder legs into a plurality of first holes of the PCB and inserting poles of the housing into a plurality of second holes of the PCB respectively with the level portions rested upon the PCB. Thus, height of the connector mounted on the PCB is greatly reduced.

Abstract: An electrical connector with an IEEE1394 interface is disclosed. The electrical connector includes an insulative housing, a metal shell, a plurality of terminals and a rear cover. In application, the connector can be used in both inverted type and low profile type structure, the two side walls of the metal shell are respectively stamped with a wing which consists of a connecting portion, an arch portion and a solder portion, thus making a portion of said connector can be inlaid in the circuit board and also can be engaged tightly therewith, therefore creating more space and designing freedom for the printed circuit board.

Abstract: A USB connector comprises an insert-molded member formed by insert molding technology and a metal shell, wherein the insert-molded member includes an insulative housing and a plurality of conductive terminals. The terminal bearing portion of the insert-molded member extends outward a first side arm and a second side arm having a clipping groove on two sides thereof. The rear part of each conductive terminal has an arch portion, which defines an interfering portion connected with a circuit board. A circuit board can be inserted into the clipping grooves of the insert-molded member from the rear side of the connector, then the conductive terminals press against the circuit board tightly for the arch portion on the rear part thereof with its elasticity and achieve signal transmission by connecting the interfering portion thereof with the circuit board.

Abstract: A USB connector comprises an insert-molded member formed by insert molding technology and a metal shell, wherein the insert-molded member includes an insulative housing and a plurality of conductive terminals. The terminal bearing portion of the insert-molded member extends outward a first side arm and a second side arm having a clipping groove on two sides thereof. The rear part of each conductive terminal has an arch portion, which defines an interfering portion connected with a circuit board. A circuit board can be inserted into the clipping grooves of the insert-molded member from the rear side of the connector, then the conductive terminals press against the circuit board tightly for the arch portion on the rear part thereof with its elasticity and achieve signal transmission by connecting the interfering portion thereof with the circuit board.

Abstract: The present invention is to provide a low profile electrical connector, which comprises an insulative housing, a plurality of electrical terminals disposed in the insulative housing and a metal shell enclosed on the insulative housing. The rear surface of the terminal seat on the insulative housing has two juxtaposed horizontal locating mechanisms for locating on a PCB. The metal shell is in a rectangular shape, the two side surfaces thereof each extends horizontally outward at least two fastening members, each fastening member is bent downward a solder leg paralleled to the respective side surface. Then the connector is mounted on the PCB having an open space through the locating mechanisms and solder legs with the half part of the connector inlaid below the open space of the PCB. Therefore, the present invention can reduce the height of the connector and spare the space of the electronic device.

Abstract: A SCSI port 8 includes a conductor assembly 7 including first plates 3A including first and second conductors 6A and 61 at two adjacent sides, mated first plates 3B including first and second conductors 6B and 61 at two adjacent sides, the first plates 3A matingly, alternately assembled with the mated first plates 3B, and two second plates 4 mounted on both ends of the assembled plates 3A and 3B. The first conductors 6A and 6B are formed as two groups of conductor members 62, each group having two rows of the conductor members 62. The conductor members 62 are lockingly inserted into apertures 20 of insulative upper and lower conductor housings 2 which are mounted in an alloy frame 1 and have two projected portions being covered by the frame 1. Mounting legs 5 have one ends in the frame 1 and the other ends in a PCB.

Abstract: A SCSI connector assembly includes a housing including forward upper and lower plates either having top and bottom grooves, a rear staged seat including upper and lower platforms and an intermediate, longer platform; four stacked rows of conductors of different configurations, each conductor including an electrical terminal and a bifurcation at both ends, the conductors passed through the housing to seat on the grooves; flat cables connected to the conductors and fastened by the bifurcations; a metal case secured to the housing; and four mounting boards each including two side pegs and two rows of valleys separated by a channel. The mounting boards are mounted on tops and bottoms of the platforms by inserting the pegs into side holes of the platforms. The cables are fastened by the valleys.

Abstract: A SCSI port 8 includes a conductor assembly 7 including first plates 3A including first and second conductors 6A and 61 at two adjacent sides, mated first plates 3B including first and second conductors 6B and 61 at two adjacent sides, the first plates 3A matingly, alternately assembled with the mated first plates 3B, and two second plates 4 mounted on both ends of the assembled plates 3A and 3B. The first conductors 6A and 6B are formed as two groups of conductor members 62, each group having two rows of the conductor members 62. The conductor members 62 are lockingly inserted into apertures 20 of insulative upper and lower conductor housings 2 which are mounted in an alloy frame 1 and have two projected portions being covered by the frame 1. Mounting legs 5 have one ends in the frame 1 and the other ends in a PCB.

Abstract: A SCSI connector assembly includes a housing including forward upper and lower plates either having top and bottom grooves, a rear staged seat including upper and lower platforms and an intermediate, longer platform; four stacked rows of conductors of different configurations, each conductor including an electrical terminal and a bifurcation at both ends, the conductors passed through the housing to seat on the grooves; flat cables connected to the conductors and fastened by the bifurcations; a metal case secured to the housing; and four mounting boards each including two side pegs and two rows of valleys separated by a channel. The mounting boards are mounted on tops and bottoms of the platforms by inserting the pegs into side holes of the platforms. The cables are fastened by the valleys.