Abstract An electrical connector comprises an insulative housing, a plurality of terminals received in the housing, an insulative stuffer and a conductive shield surrounding the housing. The housing comprises a top wall, a bottom wall, two side walls and a baffle between the top wall and the bottom wall. A receptacle and a plurality of channels are defined between the top wall and the baffle. A slot and a plurality of passageways are defined between the baffle and the bottom wall. Each terminal has an upper positioning portion and a contact portion both received in a corresponding channel, and a lower positioning portion received in a corresponding passageway. The shield is of a unitary construction and has a top panel, a bottom panel, a pair of front panels connecting the top panel to the bottom panel, and a pair of lateral panels together defining a space for enclosing the housing. A grounding panel is also connected to the top panel and enters into the receptacle when the shield is assembled to the housing; the stuffer has a main body for movably being received within the receptacle. In operation, the stuffer downwardly presses the grounding panel against an inserted flexible printed circuit to firmly clamp an inserted flexible printed circuit between the contact portion of the terminals and the grounding panel.
An electrical connector comprising: an insulative housing having a mating face and a mounting opening on opposite sides of the housing, a receptacle and a slot extending through the housing from the mating face to the mounting opening, a baffle separating the receptacle from the slot, a plurality of channels defined in the receptacle, and a plurality of passageways defined in the slot; a plurality of terminals each having an upper positioning portion and a contact portion both received in corresponding channels and a lower positioning portion received in a corresponding passageway of the insulative housing; a metal shield being of a unitary construction and having a top panel, a bottom panel, a pair of front panels connected between the top panel and the bottom panel, the top panel, the bottom panel and the front panels together defining a space for enclosing the housing, and a grounding panel extending from the top panel and entering into the receptacle of the housing between the upper positioning portions and the contact portions of the plurality of terminals; and a stuffer having a main body movably received within the receptacle to downwardly press against the grounding panel to firmly clamp an inserted flexible printed circuit between the contact portions of the terminals and the grounding panel; wherein a groove is defined in a top wall of the housing and a clipping portion is correspondingly formed in the top panel of the shield for engaging with the groove; wherein a flange is formed at a rear edge of the top panel of the shield for engaging with a rear edge of the top wall of the housing; wherein the shield further comprises a pair of lateral panels extending upwardly from the bottom panel; wherein a camming portion is formed at an edge of the main body of the stuffer, a pair of notches being defined in the camming portion, and wherein a pair of connect portions are provided to connect the grounding panel with the top panel of the shield, the connect portions alignedly engaging with the notches.
Claim 2
Dependent Claim
344 words
An electrical connector comprising: an insulative housing having a mating face and a mounting opening on opposite sides of the housing, a receptacle and a slot extending through the housing from the mating face to the mounting opening, a baffle separating the receptacle from the slot, a plurality of channels defined in the receptacle, and a plurality of passageways defined in the slot; a plurality of terminals each having an upper positioning portion and a contact portion both received in corresponding channels and a lower positioning portion received in a corresponding passageway of the insulative housing; a metal shield being of a unitary construction and having a top panel, a bottom panel, a pair of front panels connected between the top panel and the bottom panel, the top panel, the bottom panel and the front panels together defining a space for enclosing the housing, and a grounding panel extending from the top panel and entering into the receptacle of the housing between the upper positioning portions and the contact portions of the plurality of terminals; and a stuffer having a main body movably received within the receptacle to downwardly press against the grounding panel to firmly clamp an inserted flexible printed circuit between the contact portions of the terminals and the grounding panel; wherein a groove is defined in a top wall of the housing and a clipping portion is correspondingly formed in the top panel of the shield for engaging with the groove; wherein a flange is formed at a rear edge of the top panel of the shield for engaging with a rear edge of the top wall of the housing; wherein the shield further comprises a pair of lateral panels extending upwardly from the bottom panel; wherein a camming portion is formed at an edge of the main body of the stuffer, a pair of notches being defined in the camming portion, and wherein a pair of connect portions are provided to connect the grounding panel with the top panel of the shield, the connect portions alignedly engaging with the notches.