Abstract:
An audio jack connector includes a housing and a terminal group. The housing has an insertion hole extending inward from the front of the housing. The bottom of the base defines at least one signal terminal recess and an auxiliary terminal recess, a first aperture is defined in the bottom of the auxiliary terminal recess and communicates with the signal terminal recess. The terminal group has at least one signal terminal and an auxiliary terminal received in the signal terminal recess and the auxiliary terminal recess respectively. The signal terminal has a contact portion projecting into the insertion hole and an elastic portion extending from the end of the contact portion. The auxiliary terminal has a transverse fixed portion and a first connecting portion extending upward and then longitudinally from one end of the fixed portion. One part of the first connecting portion is jammed in the first aperture, and the other part of the first connecting portion projects into the signal terminal recess.
Abstract:
A sucking cover inserted into an electric connector with terminals received therein includes a sucking portion and an insertion portion. The sucking portion has a sucking surface at the front and a catching surface at the rear. A plane sucking area is formed as a portion of the sucking surface. The sucking surface is parallel with a bottom plate of the electric connector mounted on a PCB. The catching surface is against the top of the electric connector when the sucking cover is inserted into the electric connector. The inserted portion projected from the catching surface has an inserted wall and ribs. While the inserted portion is inserted into an inserted slot of the electric connector, the electric connector can be moved while the sucked cover is moved. In SMT, this action will improve the effective of the electric connector located in a PCB.
Abstract:
A card connector includes an insulating housing, a plurality of contacts, a projection and a detecting contact set. The insulating housing includes a bottom wall, a right wall and a left wall for defining a receiving space. The contacts are received in the insulating housing. The projection is protruded from the right wall and into the receiving space, which includes a slanting surface slanted relative to the right wall. The detecting contact set is fixed in the insulating housing, which includes a contacting arm protruding from the slating surface of the projection and into the receiving space. Due to the contacting arm of the detecting contact set is protruded from the slanting surface of the projection in the receiving space, the detecting contact set will be actuated while a card is inserted into the receiving space correctly and completely. Since, the detecting accuracy of the card connector is improved.
Abstract:
An electrical connector includes an insulating housing, a terminal pack module, at least one propping element and a shielding shell. A front of the insulating housing defines a receiving space. At least one fastening groove is opened in an outer periphery of the insulating housing. A bottom of the fastening groove defines a fastening hole. A plurality of terminals is received in the insulating housing. The propping element is received in the corresponding fastening groove and has a base portion. An elastic portion is extended frontward from the base portion, and a contacting portion is protruded inward from a free end of the elastic portion for being inserted into the fastening hole to be exposed to the receiving space. A shielding shell encloses the insulating housing and the propping element. The shielding shell has at least one mouth corresponding to the fastening hole and the contacting portion.
Abstract:
An electrical connector is adapted for being mounted to a printed circuit board. The electrical connector includes a housing, a plurality of terminals, a shell and a bracket. A front edge of a periphery of the housing is protruded outward to form a flange. The terminals are received in the housing. The shell surrounds the housing. A front edge of the shell abuts against the flange. The bracket has a base board, and two opposite ends of the base board extends downward to form two blocking boards. Bottoms of the blocking boards extend outward to form two soldering boards. The base board of the bracket is mounted on the top board of the shell. The blocking boards are mounted on the two side boards. Front edges of the base board and the blocking boards of the bracket abut against the flange.
Abstract:
An electrical connector includes a housing defining a plurality of terminal-receiving passages therein and two passages at the opposite sides. The passages are open at the front end and close at the back end. A plurality of terminals is contained in the terminal-receiving passages and a pair of latches is received in the two passages respectively. A shelter having a top plate and a bottom plate encloses the housing. The opposite sides of the bottom plate extend a mount prong respectively. Each latch includes an arm, a latching section projecting at one end of the arm and a welding portion at the other end. The latching section projects out of the passage sidewards and the welding portion extends forwards beyond the passage for contacting with the mount prong of the shelter.
Abstract:
A receptacle connector includes a body, a cover assembled outside the body and a terminal module received in the body. The terminal module comprises a plurality of terminals and a pedestal. Each terminal defines a fixing portion. The fixing portion stretches sideward and forms a pair of locating projections. The pedestal further comprises an upper and a lower board. Both the upper and the lower board define a plurality of terminal channels and locating cavities. The fixing portion of the terminal is received in the terminal channel. The locating projection of the terminal is received and fixed in the locating cavity. The sides of the pedestal protrude sideward to form a pair of inserting portion. Accordingly, the body defines a receiving cavity to receive the terminal module. The body also defines a pair of receiving channels in sides of the receiving cavity for receiving the inserting portion of the pedestal.
Abstract:
A receptacle connector includes a body and a cover assembled outside the body. The body defines a receiving space and a pair of beams. The end of each beam stretches backward to form a guiding projection. The bottom of the guiding projection is a cambered surface. The cover is bent downward from the front portion to form a pair of elastic arms. The bottom portion of the elastic arm is bent forward to form a finger portion. While a plug connector is inserted into the receiving space of the receptacle connector, the elastic arms press against the pressing portion of the plug connector. When the plug connector is dragged accidentally, the elastic portion of the plug connector slides downward along the finger portion to the cambered surface of the guiding projections, and then slides out of the receiving space to set the plug and receptacle connector apart.
Abstract:
An apparatus is disclosed for analyzing trace elements in a gas sample. An unique feedback system is provided for accurately regulating and sensing the pressure supplied to the ion chamber of the device. The feedback system is capable of compensating for a wide range of input gas pressures. The apparatus also includes an improved closed ion source which is resistant to corrosion and aids in the reduction of noise. In addition, a method is disclosed to calibrate the detector for accurately scaling the measurements of trace elements.
Abstract:
A card connector includes an insulating housing, a plurality of contacts, a projection and a detecting contact set. The insulating housing includes a bottom wall, a right wall and a left wall for defining a receiving space. The contacts are received in the insulating housing. The projection is protruded from the right wall and into the receiving space, which includes a slanting surface slanted relative to the right wall. The detecting contact set is fixed in the insulating housing, which includes a contacting arm protruding from the slating surface of the projection and into the receiving space. Due to the contacting arm of the detecting contact set is protruded from the slanting surface of the projection in the receiving space, the detecting contact set will be actuated while a card is inserted into the receiving space correctly and completely. Since, the detecting accuracy of the card connector is improved.