Abstract: An electrical connector includes a base portion, a tail portion extending from a first side of the base portion, a serpentine portion having a first end connected to a second side of the base portion opposite to the first side, a movable head portion connected to a second end of the serpentine portion, and a housing in which an accommodation chamber is formed to accommodate the serpentine portion. The housing has a first end connected with the base portion and a second end provided with a limiting portion confining the serpentine portion within the accommodation chamber. The head portion is movable so as to pass through the limiting portion. The electrical connector is made of a single piece of metal.

Abstract: An electrical connector includes a base portion, a tail portion extending from a first side of the base portion, a serpentine portion having a first end connected to a second side of the base portion opposite to the first side, a movable head portion connected to a second end of the serpentine portion, and a housing in which an accommodation chamber is formed to accommodate the serpentine portion. The housing has a first end connected with the base portion and a second end provided with a limiting portion confining the serpentine portion within the accommodation chamber. The head portion is movable so as to pass through the limiting portion. The electrical connector is made of a single piece of metal.

Abstract: A spring finger of an electrical connector is disclosed. The spring finger includes a soldering section, a support section extending substantially perpendicularly from an end of the soldering section, a U-shaped first bend extending from an end of the support section opposite the soldering section and forming a first opening facing the soldering section, and a U-shaped contact structure obliquely suspended from an end of the first bend and spaced apart from the support section. The contact structure contacts a mating conductive terminal of a mating connector in a lateral direction parallel to the soldering section.

Abstract: A spring finger of an electrical connector is disclosed. The spring finger includes a soldering section, a support section extending substantially perpendicularly from an end of the soldering section, a U-shaped first bend extending from an end of the support section opposite the soldering section and forming a first opening facing the soldering section, and a U-shaped contact structure obliquely suspended from an end of the first bend and spaced apart from the support section. The contact structure contacts a mating conductive terminal of a mating connector in a lateral direction parallel to the soldering section.

Abstract: An electrical card connector (100) includes a shielding member (1), an insulative housing (2), an ejector (3) assembled onto one side of the insulative housing, a switch terminal (4), a plurality of first contact terminals (5) retained in a rear portion of the insulative housing and a plurality of second contact terminals (6) retained in a middle portion of the insulative housing. The shielding member has a slot (111) defined at one side. The ejector has a slider (31) moving along the sliding direction between a forward position whereat the contact terminals are not in contact with a corresponding card and a back position whereat the contact terminals are in contact with the card. The slider has a rib (311) formed at a top wall thereof mating with the slot of the shielding member. The slider also has a first mating part (312) and a second mating part (313) respectively abutting against different types of cards.

Abstract: An electrical card connector (5) has a shell (1), a housing (2), a plurality of terminals (3) received in the housing and an ejector (4). The shell has a main body (10) and an extended portion (11) extending from one end of the main body, thus a memory card received in the eclectrical card connector may be fully shielded by the shell, and be prevented from being accidentally destroyed.