Abstract:
An electric connector is disclosed to include an electrically insulative housing, the housing having a plurality of terminal slots and a protruded block in each terminal slot near the bottom side, a plurality of U-shaped terminals respectively mounted in the terminal slots in the housing, each terminal having two bonding ends held between two opposite lateral sidewalls of the corresponding terminal slot and two sides of the corresponding protruded block, and a plurality of solder balls located on the bottom side of the housing and supported on the protruded block in each terminal slot and clamped between the bonding ends of each terminal.
Abstract:
In a process of soldering an electric connector on a circuit board, the connector has an insulator and a plurality of leads mounted inside the insulator. Each lead has a first end extending into a soldering terminal to a bonding surface of the insulator. A soft solder paste is dispensed over a bonding surface of the circuit board. The soldering process inserts the soldering terminal of each lead in the soft solder paste and applies heat to the soft solder paste to bond the soldering terminal and the circuit board together. The direct insertion of the soldering terminal of the lead into the soft paste on the circuit board minimizes the contact area between the lead and the circuit board and prevents the solder paste from being unduly spread, causing short circuit. Furthermore, the yield and soldering reliability are increased and the production cost is reduced.
Abstract:
A retainer for a retaining seat of a radiator serves to combine a CPU radiator to a PC circuit board. The retainer primarily includes two retaining seats and two pressing strips which are symmetrically installed at two sides of the retainer. One end of the pressing strip is pivotally installed to one end of the retaining seat, while another free end thereof is movable to be fixed with a groove of the retaining seat; thereby, the middle folded portion of the pressing strip is exactly engaged into a trench of a base of the radiator and is then formed with a steady engagement. Thereby, the radiator can be combined to a PC circuit board and thus, the retainer for a retaining seat of a radiator can be assembled and detached easily and conveniently.
Abstract:
An improved structure of a quick-connect pipe fitting, and particularly a structure for a quick-connect pipe fitting used to connect a pressure pipe or a hydraulic tubing in a system comprises a compression member on top of a lock washer such that the compression member is fitted and secured in a base. When a pressure pipe is inserted into the pipe fitting, the compression member is screwed on but remains loose. In disconnecting the pressure pipe, the compression member is pushed downward, against the lock washer so as to disengage the inner teeth thereof from the pipe. The pressure pipe is no longer locked and may be pulled out easily. In addition, the quick-connect pipe fitting may include a connecting member which is used to install an air valve. Such air valve comprises a seal ring, a vent valve having vent holes, a connecting base and a spring. When the pressure pipe is inserted into the pipe fitting, it pushes the vent valve down such that the vent holes are opened and the fitting body allows air to flow therethrough. The spring normally pushes against the vent valve such that the vent holes are closed by the seal ring to form an air-tight seal.
Abstract:
A high frequency adapter electrically connecting a docking device to a circuit board. The high frequency adapter includes an insulating body, a high frequency signal terminal conductively connected to the circuit board, and two grounding terminals located at two sides of the high frequency signal terminal and conductively connected to the circuit board. Lateral projections of the high frequency signal terminal and the two grounding terminals are approximately the same and overlapping. Both the high frequency signal terminal and the two grounding terminals are pressed by the docking device.
Abstract:
A high frequency adapter electrically connecting a docking device to a circuit board. The high frequency adapter includes an insulating body, a high frequency signal terminal conductively connected to the circuit board, and two grounding terminals located at two sides of the high frequency signal terminal and conductively connected to the circuit board. Lateral projections of the high frequency signal terminal and the two grounding terminals are approximately the same and overlapping. Both the high frequency signal terminal and the two grounding terminals are pressed by the docking device.
Abstract:
An electrical connector for electrically connecting a chip module to a circuit board includes: an insulating body, provided with a plurality of receiving holes; at least one raised portion, raised on an upper surface of the insulating body, for supporting the chip module at positions without contact pads in the chip module; a metal layer, plated on inner walls of the receiving holes and the upper surface of the insulating body; an insulating layer, disposed to cover the metal layer; and a plurality of terminals, respectively correspondingly received in the receiving holes, each terminal having a contact portion exposed above the receiving hole for conducting to the chip module. When the chip module presses the contact portions downwards, the raised portion urges against the chip module, so as to prevent the chip module from damaging the insulating layer and conducting to the metal layer to cause short circuit.
Abstract:
An electrical connector for electrically connecting a chip module to a circuit board includes: an insulating body, provided with a plurality of receiving holes; at least one raised portion, raised on an upper surface of the insulating body, for supporting the chip module at positions without contact pads in the chip module; a metal layer, plated on inner walls of the receiving holes and the upper surface of the insulating body; an insulating layer, disposed to cover the metal layer; and a plurality of terminals, respectively correspondingly received in the receiving holes, each terminal having a contact portion exposed above the receiving hole for conducting to the chip module. When the chip module presses the contact portions downwards, the raised portion urges against the chip module, so as to prevent the chip module from damaging the insulating layer and conducting to the metal layer to cause short circuit.
Abstract:
The invention provides a method of manufacturing an electronic connector including the steps of: (a) providing an insulating body made of a fiberboard having a thermal deformation degree which is close to the printed circuit board, and a plurality of terminal receiving apertures penetrating a top surface and a under surface of the insulating body being deposed on the insulating body; (b) forming a plurality of conducting terminals respectively comprising a soldering portion soldering to the printed circuit board and a contacting arm electrically contacting with an electronic device; and (c) setting the conducting terminals into the insulating body. In the method of manufacturing an electronic connector according to the invention, because the thermal deformation degrees of the materials used in the insulating body and the printed circuit board are substantially same, a false soldering phenomenon between the conducting terminals located at four corners of the insulating body and the printed circuit board can be prevented.
Abstract:
An electrical connector that includes: an insulating body, having a plurality of receiving holes disposed thereon, a plurality of solder balls, respectively received in one of the receiving holes, a plurality of terminals, in which each terminal has a base correspondingly received in one of the receiving holes, a first extending portion and a second extending portion extend downwards from the base, a first hook extends laterally from an end of the first extending portion, a second hook extends laterally from an end of the second extending portion, and the first hook and the second hook respectively hook a periphery of the solder ball under a horizontal center line of the solder ball.