Abstract:
[Problem] To provide an electrical connector capable of adequately ensuring a stable state of electrical communication between ground members. [Means of Solution] The retaining member, which retains rows of signal transmission paths consisting of multiple signal transmission paths arranged side by side in a direction along the major faces of the retaining member together with a first and a second ground member, has perforation portions extending in the through-thickness direction of the retaining member at locations between adjacent signal transmission paths; the electrical connector has provided therein a shorting member of electrically conductive plastics co-molded with the first ground member and second ground member; and the shorting member has first base portions that are located at the first ground member side and are in contact with the first ground member, second base portions that are located at the second ground member side and are in contact with the second ground member, and coupling portions that are located within the perforation portions and couple the first base portions and the second base portions.
Abstract:
A connecting blade includes an insulation board; and a signal line disposed on the insulation board. The signal line has contact points at both ends thereof for connecting to a circuit connecting member. The signal line is formed of a metal band member. The signal line is arranged on the insulation board in a width direction of the signal line. The insulation board includes a cut portion penetrating through the insulation board or being recessed in a plate surface of the insulation board. The cut portion is situated at a position where the cut portion exposes a part of the signal line.
Abstract:
The engaging portions 34 of the mating detecting member 30 are provided at locations offset upwardly from the pressure-receiving portion 32A of the operating portion 32 and, when the mating detecting member 30 is located in the retracted position, are positioned in a manner that permits locking engagement, from the rear, with sections of the housing 10 other than the locking arm portion 12; and, when pressure is applied from the rear to the pressure-receiving portion 32A of the operating portion 32 of the mating detecting member 30 located in the retracted position, the location of locking engagement of the engaging portions 34 and the housing 10 is used as a fulcrum to displace the front end of the mating detecting member 30 upward and the abutment portion 35 abuts part of the locking arm portion 12 from the rear.
Abstract:
The first terminals have contact arm portions extending in a rectilinear manner in the direction of connector plugging and unplugging; the second terminals have convex contact point portions contactable with an intermediate portion of the contact arm portions in the same direction. When the stub portions of the contact arm portions are divided into a free end side range and a proximal end side range such that the center point of said stub portions in the direction of plugging and unplugging forms a boundary, in the arranged state of the first terminals, impedance at arbitrary locations in the direction of plugging and unplugging within the free end side range is larger than impedance at arbitrary locations in the plugging direction within the proximal end side range.
Abstract:
A connecting blade includes an insulation board having an adjustment region; and paired differential lines disposed on the insulation board. Each of the paired differential lines has contact points at both ends thereof for connecting to a circuit connecting member. The paired differential lines include a straight pair and a cross pair. The straight pair is formed of two first lines not crossing each other. The cross pair is formed of two second lines having a crossing region where the two second lines cross each other without contacting with each other. The cross pair is arranged so that the cross pair contacts with the adjustment region at least partially. The adjustment region has a specific size and a permittivity so that a signal transmission time lag between the cross pair and the straight pair is reduced.
Abstract:
To provide an electrical connector for circuit boards capable of implementing a good impedance match while permitting relative movement of the movable housing with respect to the stationary housing. The connector has a dielectric member 40, which is disposed in the interior space formed in the stationary housing 20 and is attached to the movable housing 30, the dielectric member 40 has contoured portions 42A, which are spaced by a clearance from the intermediate portions 15 of the terminals 10 and extend along the intermediate portions 15, and the contoured portions 42A are capable of following the intermediate portions 15 when the intermediate portions 15 are resiliently deformed in the connector width direction perpendicular to the terminal array direction.
Abstract:
The intermediate circuit board has a plate-shaped substrate and a plurality of signal transmission line pairs for differential signal transmission extending on a major face of the substrate from one end to the other end of the substrate in the direction of connection to the counterpart connect bodies; the substrate has a fiber cloth formed by braiding a plurality of fibers used to reinforce the substrate in a mesh pattern and a plate-like member made of plastic having the fiber cloth embedded therein; the plurality of signal transmission line pairs have straight pairs and cross pairs disposed in an alternating manner in the width direction of the substrate; and the straight pairs and cross pairs, when viewed in the through-thickness direction of the substrate, are formed extending inclined at an angle relative to the fibers of the fiber cloth.
Abstract:
An electrical connector includes a plurality of connecting members arranged in an arrangement direction in parallel to a circuit board; and a joining member extending in the arrangement direction over an arrangement range of the connecting members for holding the connecting members. Each of the connecting members includes a terminal to be connected to a mating connector, and a terminal holding member for holding the terminal. The connecting members are arranged so that the connecting members arranged adjacently form a gap in between. The joining member is formed of a material having a coefficient of thermal expansion the same as that of the circuit board.
Abstract:
An intermediate connection electrical connector includes a plurality of blades and a supporting member for supporting the blades arranged in an arrangement direction. The supporting member includes a surrounding wall portion for surrounding the blades and a regulating portion for positioning the blades. The surrounding wall portion includes a side wall portion and an edge wall portion. The side wall portion is at least partially formed of an electromagnetic wave absorbing material. The regulating portion is disposed inside the surrounding wall portion to define a blade accommodating space for accommodating the blades.
Abstract:
A connection blade, an intermediate connection electrical connector and a connection blade assembly including the connection blade are provided. The connection blade includes an insulation board. The insulation board includes differential pair circuits thereon. The differential pair circuits include a straight pair and a cross pair. Both of the straight pair and the cross pair includes a parallel section where wire paths of the pair extend in parallel. In a region other than the parallel section, the cross pair includes a crossing section where wire paths thereof intersect with each other. In a region other than the parallel section, the straight pair includes a quasi-crossing section where wire paths thereof approach each other in non-contact manner so that the wire paths thereof have the same length and the same shape with that of the cross pair, thereby reducing difference of impedance and manufacturing cost.