Abstract:
Each of the signal terminal and the ground terminal includes a first extending portion extending toward its tip end, and a second extending portion extending in a direction opposite to the first extending portion. The first extending portion is formed such that a width thereof is smaller than a width of the second extending portion. The housing includes a first housing into which the first extending portions are inserted, and a second housing into which the second extending portions are inserted. The second housing is formed separately from the first housing, and the first housing includes a wall portion located between the first extending portion of the signal terminal and the first extending portion of the ground terminal.
Abstract:
A coaxial connector is disclosed. The coaxial connector comprises a terminal unit for transmitting a high-frequency signal, which is provided with signal terminals connected to a signal line of a coaxial cable, and ground terminals connected to a ground line of the coaxial cable. The terminal unit comprises a cylindrical part, a semi-cylindrical part and a tongue-shaped part. Each signal terminal is provided with a signal tail portion and a signal contact portion. Each ground terminal comprises a ground tail portion, a ground body portion and a ground contact portion.
Abstract:
A socket electrically coupled to a BGA unit includes a plurality of ball contacts including a housing wherein a through-hole having a larger diameter than that of the ball contact is formed in a surface of the housing, which faces the BGA unit, in order to the through-hole corresponds the plurality of ball contacts and a pin contact provided in a plurality of through-holes and contacting a corresponding side part of the ball contact. More desirably, the plurality of pin contacts is provided in order that each extending directions of the pin contacts are opposite to one another.
Abstract:
A socket for an inspection apparatus for connecting an inspection circuit board and an inspected device includes: a plate-like housing including a first surface opposed to a surface on which a terminal of the inspected device is disposed and a second surface opposed to a surface on which an electrode of the inspection circuit board is disposed, the housing having a terminal-receiving holes which extends through the housing in the thickness direction thereof; and a connection terminal attached to the housing for electrically conducting the terminal of the inspected device and the electrode of the inspection circuit board, the connection terminal including a elastically deformable one-piece member which is a bent elongated member and being held in the terminal-receiving hole in the housing so as to be movable in the thickness direction of the housing.
Abstract:
A socket for an inspection apparatus for connecting an inspection circuit board and an inspected device includes: a plate-like housing including a first surface opposed to a surface on which a terminal of the inspected device is disposed and a second surface opposed to a surface on which an electrode of the inspection circuit board is disposed, the housing having a terminal-receiving holes which extends through the housing in the thickness direction thereof; and a connection terminal attached to the housing for electrically conducting the terminal of the inspected device and the electrode of the inspection circuit board, the connection terminal including a elastically deformable one-piece member which is a bent elongated member and being held in the terminal-receiving hole in the housing so as to be movable in the thickness direction of the housing.
Abstract:
PROBLEM TO BE SOLVED: To provide a connector capable of improving the signal transmission characteristics.SOLUTION: The connector 10 is provided with a case 2, in which a plurality of insertion holes to be inserted with the tip section of a coaxial cable 50 are formed, and a commonalized conductor 3, which is supported by the case 2 and includes a plurality of contact conductor parts 32 which are in contact with the ground terminal 54, provided at the tip section of each coaxial cable 50 and a common conductor part 34 which are to be connected to the plurality of the contact conductor parts 32.
Abstract:
PROBLEM TO BE SOLVED: To attain improvement in the impedance matching of a connector which has a ground terminal and a signal terminal that are arranged mutually adjacent.SOLUTION: The signal terminal 30 and the ground terminal 20 have respectively first extension parts 21, 31 which extend toward the tip of these and second extension parts 22, 32 which extend on the opposite side to the first extension parts 21, 31. The first extension parts 21, 31 are formed so that their width becomes smaller than the second extension parts 22, 32. A housing is constructed of a first housing 19, into which the first extension parts 21, 31 are inserted and a second housing into which the second extension parts 22, 32 are inserted. The second housing is constructed, separately from the first housing 19 and the first housing 19 has a wall part which is positioned between the first extension part 31 of the signal terminal 30 and the first extension part 21 of the ground terminal 20.
Abstract:
PROBLEM TO BE SOLVED: To suppress generation of noises in a signal transmission, while suppressing enlarging of the size of a connector.SOLUTION: The connector is provided with a plurality of cable terminals 3 and a housing, into which a plurality of cable terminals 3 are inserted respectively and a plurality of mutually independent insertion holes 11a are formed. The plurality of insertion holes 11a are formed so as to be in a row, in a front and rear direction and a right and left direction. A ground terminal has an engaging part which swells outward from the outer face of the ground terminal. The direction in which the engaging part is positioned against the center line Ch of the insertion holes 11a is inclined, with respect to both the front and rear direction and the right and left direction.
Abstract:
PROBLEM TO BE SOLVED: To provide a coaxial connector and a coaxial multipole connector capable of preventing generation of loss such as reflection, attenuation, and resonance in a high frequency signal transmitting line composed of a signal terminal and a ground terminal, capable of connecting a large number of coaxial cables to a counterpart substrate without increasing sizes in its width and thickness directions, capable of properly corresponding to multi-polarization of a signal, improving durability, and improving reliability, although its structure is simple, its cost is low, and it is small. SOLUTION: The signal terminal includes a signal tail part connected to a signal line in a semi-cylindrical part, and a signal contact part making contact with the counterpart signal terminal of a counterpart connector in a tongue-shaped part. The ground terminal includes a ground tail part connected to a ground line in a cylindrical part, a ground body part covering the upper part of the signal tail part in the semi-cylindrical part, and a ground contact part making contact with the counterpart ground terminal of the counterpart connector in the tongue-shaped part. COPYRIGHT: (C)2010,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To provide a connector capable of improving a signal transfer characteristic, and semiconductor testing device.SOLUTION: In a connector 1, a first semi-cylinder part 6 is engaged with an insulation member 5 in a state where the first semi-cylinder part 6 is elastically deformed so that an interval between both end parts in the circumferential direction increases, and a second semi-cylinder part 7 is engaged with the insulation member 5 with which the first semi-cylinder part 6 is engaged in a state where the second semi-cylinder part 7 is elastically deformed so that an interval between both end parts in the circumferential direction increases. A slope that guides the first semi-cylinder part 6 so that an interval between the center parts of the first semi-cylinder part 6 and the second semi-cylinder part 7 in the circumferential direction is decreased as insertion of an assembly 3 proceeds, is provided in an insertion hole 21 of an enclosure 2.