Abstract: A high speed cable connector (1) includes a cover (10), a base (80) and a cable assembly (30) mounted between the cover and the base. The cable assembly includes a cable (42) consisting of a plurality of lines (44). Each line has a signal pair (47, 48) and a ground conductor (492). The signal pair includes a pair of upper and lower signal conductors (472, 482). The ground conductors are soldered to shielding plates (50). The shielding plates are soldered to top and bottom faces of a rear end of a printed circuit board (PCB) (62). The upper and lower signal conductors of each signal pair are soldered to the top and bottom faces of the rear end of the PCB, respectively, and located between two neighboring shielding plates, whereby cross-talk and interference between two neighboring signal pairs can be effectively suppressed and reduced. The PCB has a front end electrically connecting with contacts (662) for electrically engaging with a complementary connector.

Abstract: A high speed cable connector (1) includes a cover (10), a base (80) and a cable assembly (30) mounted between the cover and the base. The cable assembly includes a cable (42) consisting of a plurality of lines (44). Each line has a signal pair (47, 48) and a ground conductor (492). The signal pair includes a pair of upper and lower signal conductors (472, 482). The ground conductors are soldered to shielding plates (50). The shielding plates are soldered to top and bottom faces of a rear end of a printed circuit board (PCB) (62). The upper and lower signal conductors of each signal pair are soldered to the top and bottom faces of the rear end of the PCB, respectively, and located between two neighboring shielding plates, whereby cross-talk and interference between two neighboring signal pairs can be effectively suppressed and reduced. The PCB has a front end electrically connecting with contacts (662) for electrically engaging with a complementary connector.

Abstract: A cable assembly (1) includes a connector (2) and a cable (3) terminated with the connector. The connector includes a housing (20) having a main body (201) and a projecting portion (202) protruding from the main body, with a number of terminals (21) that are inserted into the housing. The projecting portion and the main body together define a cable exit channel (204) on an outer side of the housing. When a number of connectors of cable assembly are mated with counterpart connector side by side on a panel, a special cable exit directs the cable routed along the panel. T his allows a) dense placement of the cable assemblies on and along a panel in a limited space, b) insertion or removal of a panel without interference by the cable assemblies on its adjacent panel and c) mating or un-mating a similar cable assembly or a number of similar cable assemblies from a panel without interference by the cable assemblies on its adjacent panel.

Abstract: This method of driving a passive OLED monitor makes use of the circuit operating scan line and data line to drive the circuit, disconnects the scan line and the data line from the scan line driven chip and the data line driven chip respectively, lets the scan line driven chip send a scan signal to the scan line, disconnects the scan line and the scan line driven chip when the connection of the scan signal between the scan line and scan line driven chip is interrupted, provides another scan signal to another scan line to connect another scan line and scan line driven chip after the scan line driven chip is delayed.

Abstract: A wire spacer (10) is used to reduce the cost of terminating wires (3) of a cable (2) to a cable termination connector assembly (1). The connector assembly includes the wire spacer, a dielectric housing (20), a conductive shroud (30), a printed circuit board (40) and a number of contacts (50). The contacts mount in the housing and are soldered to one end of the PCB. The wires are inserted through holes (17) of the wire spacer (10). Proper positioning of the wires is then more easily verified and stripping the wires and attaching the pair of conductors in each wire to a rear end of the PCB can then be automated. This results in lower production cost. An added advantage is the wire spacer functions as a strain relief for wires of the cable.

Abstract: A wire spacer (10) is used to reduce the cost of terminating wires (3) of a cable (2) to a cable termination connector assembly (1). The connector assembly includes the wire spacer, a dielectric housing (20), a conductive shroud (30), a printed circuit board (40) and a number of contacts (50). The contacts mount in the housing and are soldered to one end of the PCB. The wires are inserted through holes (17) of the wire spacer (10). Proper positioning of the wires is then more easily verified and stripping the wires and attaching the pair of conductors in each wire to a rear end of the PCB can then be automated. This results in lower production cost. An added advantage is the wire spacer functions as a strain relief for wires of the cable.

Abstract: An electrical cable termination connector (10) includes a front shell (20), a printed circuit board (PCB) (30), a terminal insert (40), a back shell (50), a spacer (60), latches (72), and a boot (70). The PCB has a first edge (34) and a second edge (36) positioned at right angles to each other. First solder pads (33) along the first edge are electrically connected to corresponding second solder pads (35) along the second edge by traces (37) in the PCB. The PCB attaches to a rear of the front shell and terminals in the terminal insert electrically connect to the first solder pads. Stiff, shielded wires (80) of a cable (90) are fixed in the spacer, and conductors (81) of the wires are attached to the second solder pads. This design enables a 90 degree connection between a cable and a mating connector, without sharp bending of the shielded cable.

Abstract: An electrical cable (1) adapted for terminating with an electrical connector (2) includes a pair of cable subassemblies (10). Each cable subassembly has two signal wires (101) and a metal braid (102) wraps round the two signal wires. Each signal wire includes a signal conductor (103) and an insulating layer (104) outside. An outer jacket (12) surrounds the two cable subassemblies. A grounding sleeve (11) includes two recess portions (110) for receiving exposed front portions of the respective cable subassemblies press-fitted therein. Three grounding pins (113) project from the grounding sleeve at intervals for being soldered to corresponding grounding terminals (21, 22, 23) of the electrical connector.

Abstract: A coupled monolayer color reflective bistable liquid crystal display including a lower glass substrate, a liquid crystal layer, an upper glass substrate, a number of intermedia and a frame gum. The lower and upper glass substrates respective have glass panels, conductive layers and alignment layers. The lower glass substrate further includes a reflector and a color-filter. The liquid crystal layer is laid between the upper and lower glass substrates. The liquid crystal layer has a number of cholesteric liquid crystal molecules in spiral form. A number of intermedia are arranged between the upper and lower glass substrates and parallelly positioned at the same space as the liquid crystal layer.

Abstract: An I/O card (10) includes an internal PC board (26) attached to the frame means (12, 18) which extend along the edges of the PC board (26). A top panel (60) and a bottom panel (40) sandwich the frame (12, 18) and its associated PC board (26) therebetween. A socket connector (34) is positioned at the rear end of the I/O card (10). Oppositely, a specifically shaped and dimensioned opening (21) extends through the front wall (14) of the frame (12) in a front-to-end direction whereby a projecting section (29) of the PC board (26) extends into the opening (21).

Abstract: A receptacle connector (10) includes an insulative housing (12) having a front mating portion (14) projecting from a front face (16) of a flange section (18) and having a mating face (20) in the front. A pair of rows of passageways (70) extend longitudinally within the connector (10) to receive a plurality of corresponding contacts (52, 60) therein, respectively. A central cavity (50) is positioned along the lateral center line and extends inwardly from the mating face (20) for receiving a blade of a complementary plug connector therein. A conductive shield (80) has a shroud adapted to surround the front mating portion (14) wherein the front portion of the shield (80) extends vertically an appropriate distance toward the cavity (50).

Abstract: An electrical connector assembly includes a first insulative housing (12) which defines a plurality of first passages (14) extending therethrough for receiving corresponding electrical conductive members (22). The first insulative housing (12) also defines a corresponding number of apertures (42) thereof for receiving electrical filtering components (30), such as a TVS chip, and each apertures (42) is parallel to and communicates with one side of the first passage (14). A second insulative housing (16) defines a plurality of second passages (38) corresponding to the first passages (14) of the first insulative housing (12) for receiving the same conductive members (22), and also defines a corresponding number of cavities (40) thereof for receiving conductive bridge members (34).

Abstract: A housing has a hollow portion to receive a ferrule, and a support member is positioned between the housing and the ferrule. A plurality of electrical elements are selectively positioned within the housing in electrically conductive contact with the support member. A detachable shell is closely positioned on the housing in circumscribing relation with the support member and in electrically conductive relation with the electrical elements to completely shield and enclose the electrical elements. Removing the electrical elements, the rest parts of the assembly is deemed as a semi-finished product and can be stored as inventory for a later time use according to the customer's requirements.