Abstract: An electrical terminal for gripping a solder includes a body, an elastic arm extending from the body, which has a contact at the end of the elastic arm, and a welding portion extending downwardly from the body, wherein the welding portion includes a baffle and at least two gripping pieces, the baffle extends from the underside of the body and abuts against the solder, and the gripping pieces extend bendly from the baffle and grip the solder. The present invention ensures the solder is gripped within the welding portion in order to decrease the amount of impurities interfused in the soldering fluid, and prevents the soldering fluid of the electrical terminals from blending with each other when the solder is welded on the printed circuit board. Therefore the solder is kept clear to improve the quality of the electrical connection and strengthen the welding bond.

Abstract: An electrical connector is connected with a circuit board. The electrical connector includes an insulating body and a plurality of pins received in the insulating body. The insulating body is transparent. There is an identification layer on the bottom of the insulating body. The identification layer is visible through the insulating body. Because the identification layer can be seen via the transparent insulating body, the electrical connector can be rapidly and exactly connected onto the circuit board. The assembly efficient is thereby enhanced.

Abstract: An electrical connector is connected with a circuit board. The electrical connector includes an insulating body and a plurality of pins received in the insulating body. The insulating body is transparent. There is an identification layer on the bottom of the insulating body. The identification layer is visible through the insulating body. Because the identification layer can be seen via the transparent insulating body, the electrical connector can be rapidly and exactly connected onto the circuit board. The assembly efficient is thereby enhanced.

Abstract: A contact adopted for a socket includes a base, an orientation arm, a resilient arm, and a solder portion. The resilient arm has a first portion extending from the base and a second portion upwards bent from the first portion, and the second portion of the resilient arm parallels to the base as an inverse type with a straight, turning angle. Therefore, the contact is processed easily and simply and further capable of a secure connection to a peripheral device, and a contact resistance between the contact and the peripheral device is reduced thereby to guarantee an effective electrical contact.

Abstract: A contact adopted for a socket has a base, an orientation arm, a resilient arm, and a solder portion. The resilient arm has a first portion extending from the base and a second portion upwards bent from the first portion, and the second portion of the resilient arm is parallel to the base as an inverse type with a straight, turning angle. Therefore, the contact is processed easily and simply and is further capable of a secure connection to a mating electronic device, and a contact resistance between the contact and the mating electronic device is reduced thereby to guarantee an effective electrical contact.

Abstract: A contact adopted for a socket includes a base, an orientation arm, a resilient arm, and a solder portion. The resilient arm has a first portion extending from the base and a second portion upwards bent from the first portion, and the second portion of the resilient arm parallels to the base as an inverse type with a straight, turning angle. Therefore, the contact is processed easily and simply and further capable of a secure connection to a peripheral device, and a contact resistance between the contact and the peripheral device is reduced thereby to guarantee an effective electrical contact.