Abstract: A monopole antenna assembly mounted onto a bracket (2) of an electronic device includes an electronic connector (1) having a long contact (12) extending outwardly. The long contact acts as a radiating element of a monopole antenna. The long contact can be easily obtained by modifying the size of contact in stamping process. The connector electrically and mechanically cooperates with a socket, such as a female connector, of the electronic device. Thus an electrical path is formed between the monopole antenna and the electrical device via connector and the socket.

Abstract: A monopole antenna assembly mounted on a bracket (3) of an electronic device includes an electronic connector (1), a printed monopole antenna (2) mechanically and electrically connecting with a contact (12) of the electronic connector. The electronic connector is a male connector for complementarily engaging with a female connector of a feeder cable assembly of the electronic device. The electronic connector further comprises at least one mounting leg (104) cooperating with the contact for firmly retaining the printed monopole antenna.

Abstract: An external antenna (100) for a wireless communication device includes a dielectric base (1), a rotatable portion (2) received in the base, a connecting portion (3) connected with the rotatable portion and an antenna element (4) connected with the connecting portion. The dielectric base defines a bore (10) and a groove (12) therein. The rotatable portion includes an upper portion (21) and a block (23) extending from the rotatable portion and slidably engaging in the groove for limiting a rotational movement of the rotatable portion relative to the dielectric base. The connecting portion has an engaging portion (30) connected with the upper portion of the rotatable portion.

Abstract: A multi-band antenna (1) used for an electronic device includes a Z-shaped ground portion, a first L-shaped radiating arm (13) positioned above a ground section of the ground portion, a second U-shaped radiating arm (14) extending from the first radiating arm, a connecting portion (12) connecting the two radiating arms with the ground portion. The first and the second radiating arms are coplanar with each other. The ground portion, the connecting portion, the radiating arms and the feeder cable form two inverted-F antennas operating in different frequency bands.

Abstract: A micro coaxial cable end connector assembly comprises an insulative housing (10), a plurality of contacts (20) received in the housing, a plurality of cable wires (30) connecting the contacts, a shell portion (4) enclosing the insulative housing, and a pulling device (60) connecting the shell. The pulling device has a connective ring and a pulling belt. The connective ring comprises a body and a pair of connecting portions, the connecting portions being connected to opposite sides of the shell portion respectively. The pulling belt comprises a surrounding portion surrounding the body of the connective ring and a pulling portion extending along a direction opposite to the mating section of the insulative housing.

Abstract: A multi-band antenna (1) includes a grounding portion (10), a first radiating arm (21), a second radiating arm (22), a connection portion (23) and a feed line (40) being soldered to the connection portion. The connection portion includes an end connecting with the grounding portion and an opposite end connecting with the first and the second radiating arms. The feed line is soldered to a selected section of the connection portion. The selected section is arranged between two ends of the connection portion. By changing the solder point of the feed line on the connection portion, the characteristics of the multi-band antenna can be conveniently and precisely adjusted.

Abstract: A tri-band antenna (1) includes an insulative planar base (10), a low-frequency radiating portion (20), a high-frequency radiating portion (30), a first ground portion (40) and a signal feeder cable (70). A resonating lacuna (60) is defined between the first radiating portion (20) and the first ground portion (40). The signal feeder cable (70) includes an inner core wire (71) and a metal braiding layer (72) respectively soldered onto the connecting point of the low-frequency radiating portion (20) and the high-frequency radiating portion (30) and the first ground portion (40).

Abstract: A antenna (1) includes a radiating portion (3), a ground portion (2) and a feed cable (6). The radiating portion includes a printed circuit board (PCB) (31), a radiating element (32) and a mounting portion (33). The radiating element and the mounting portion are separately mounted on a same surface (311) of the PCB. The ground portion has a metal plate (22) and a coupling portion (21) on bottom surface (221) of the metal plate. The coupling portion connects with the mounting portion. The feed cable includes an inner conductor (61) connected with the radiating element and an outer conductor (62) connected with the metal plate.

Abstract: A slot bracket antenna (10) for transmitting or receiving signals is installed to cover an extension slot (9) of an electronic device. The slot bracket antenna includes a bracket (2), a slot (1) defined in the bracket, and a coaxial cable (3) attached to the bracket. The bracket comprises an inner core wire (4) and a metal braiding layer (6). The inner core wire and the metal braiding layer are respectively soldered to two sides of the slot in the bracket.

Abstract: A dual band antenna (1) for a wireless communication device includes an insulative substrate (10), a feeder (40) and a conductive element (20) disposed on the substrate includes a ground portion (30), a first radiating portion (21), a second radiating portion (22), a first connecting portion (23) connecting the first radiating portion with the ground portion on and a second connecting portion (25) connecting the first radiating portion and the second radiating portion. The second radiating portion symmetrically forms a pair of arms (221, 222). The feeder includes an inner core (41) connecting to the second connecting portion and an outer shield (42) connecting to the ground portion.

Abstract: A planar antenna (1) includes a radiation portion (3) and a ground portion (2). The radiation portion includes a printed circuit board (31) and radiating elements (32) disposed on one surface of the printed circuit board. The ground portion includes a horizontal plate secured on an end portion of the printed circuit board and two side walls (23, 24) extending vertically from the horizontal plate. A long and narrow through hole (21) is defined in the horizontal plate with two semicircumferential edges and two straight edges between the two semicircumferential edges. One end of the horizontal plate fixed on one end of the printed circuit board.

Abstract: An external antenna (100) for a wireless communication device includes a dielectric base (1), a rotatable portion (2) received in the base, a connecting portion (3) connected with the rotatable portion and an antenna element (4) connected with the connecting portion. The dielectric base defines a bore (10) and a groove (12) therein. The rotatable portion includes an upper portion (21) and a block (23) extending from the rotatable portion and slidably engaging in the groove for limiting a rotational movement of the rotatable portion relative to the dielectric base. The connecting portion has an engaging portion (30) connected with the upper portion of the rotatable portion.

Abstract: A micro coaxial cable end connector assembly comprises an insulative housing (10), a plurality of contacts (20) received in the housing, a plurality of cable wires (30) connecting the contacts, a shell portion (4) enclosing the insulative housing, and a pulling device (60) connecting the shell. The pulling device has a connective ring and a pulling belt. The connective ring comprises a body and a pair of connecting portions, the connecting portions being connected to opposite sides of the shell portion respectively. The pulling belt comprises a surrounding portion surrounding the body of the connective ring and a pulling portion extending along a direction opposite to the mating section of the insulative housing.

Abstract: A monopole antenna assembly mounted on a bracket (3) of an electronic device includes an electronic connector (1), a printed monopole antenna (2) mechanically and electrically connecting with a contact (12) of the electronic connector. The electronic connector is a male connector for complementarily engaging with a female connector of a feeder cable assembly of the electronic device. The electronic connector further comprises at least one mounting leg (104) cooperating with the contact for firmly retaining the printed monopole antenna.

Abstract: A pull tab (1) for electrical connector includes a body (2), a first outspread arm (3) and a second outspread arm (4). The body includes a through hole (21) and a receiving space (24). A bottom wall (27), two side walls (22, 23) and two upper walls (25, 26) of the body define the receiving space. Each outspread arm bends from a corresponding upper wall perpendicular to the bottom wall. The pull tab is assembled to an electrical connector with the through hole mating with a mating portion of the electrical connector. The electrical connector is pulled out from a complementary device by the first and second outspread arms.

Abstract: An antenna (1) includes a radiating portion (3), a ground portion (2) and a feed cable (6). The radiating portion includes a printed circuit board (PCB) (31), a radiating element (32) and a mounting portion (33). The radiating element and the mounting portion are separately mounted on a same surface (311) of the PCB. The ground portion has a metal plate (22) and a coupling portion (21) on bottom surface (221) of the metal plate. The coupling portion connects with the mounting portion. The feed cable includes an inner conductor (61) connected with the radiating element and an outer conductor (62) connected with the metal plate.

Abstract: A dual band antenna (1) for a wireless communication device includes an insulative substrate (10), a feeder (40) and a conductive element (20) disposed on the substrate includes a ground portion (30), a first radiating portion (21), a second radiating portion (22), a first connecting portion (23) connecting the first radiating portion with the ground portion and a second connecting portion (25) connecting the first radiating portion and the second radiating portion. The second radiating portion symmetrically forms a pair of arms (221, 222). The feeder includes an inner core (41) connecting to the second connecting portion and an outer shield (42) connecting to the ground portion.

Abstract: A pull tab (1) is adapted to extract an electrical connector (2) from a mating electrical device. The electrical connector includes a mating portion (20) and a retaining portion (21). The pull tab includes an engaging portion (11) and a handling portion (12). The engaging portion has a bottom section (110) and a top section (111). The bottom section has an engaging hole (114) adapted for engaging with the mating portion of the electrical connector. The handling portion extends from the top section for receiving an extracting force for extracting the electrical connector from the mating electrical device.

Abstract: An extraction tool (1) is adapted to extract an electrical connector (4) from a mating electrical device. The extraction tool includes a pull tab (2) and a retention element (3). The retention element extends from the pull tab and includes a fixing portion (32) on an end thereof retained on the pull tab, thereby cooperating with the pull tab to form a closed loop. With the closed loop surrounding the electrical connector, the extraction tool for electrical connector is capable of being securely and easily mounted on the electrical connector.

Abstract: A multi-band printed monopole antenna (1) includes a substrate (2), a ground portion (5) disposed on a lower surface of the substrate, a first and a second radiating traces (3,4) disposed on an upper surface of the substrate and a feeder cable (6) getting through the substrate. The first radiating trace, the ground trace and the feeder cable form a first monopole antenna operating ate a first frequency band; the second radiating trace, the ground trace and the feeder cable form a second monopole antenna operating at a second monopole antenna.