A holding frame for a plug-type connector is intended to have good heat resistance and a high level of mechanical robustness and, when installed in a metallic plug-type connector housing, enable protective grounding while being convenient to use, in particular during the replacement of individual modules. To this end, a holding frame is provided having a rigid die-cast metal frame and cheek parts made of resilient sheet metal, the cheek parts being distinct from but coupled to the rigid die-cast metal frame to extend along opposing exterior sides of the longitudinal sidewalls of the rigid die-cast metal frame to provide a multi-layer sidewall structure, and each cheek part having a upper portion with at least one detent window which is configured to flex outwardly to an insertion state to receive a connector module and to return to a holding state to lock the connector module in place.

According to one embodiment, a semiconductor memory device includes a casing, a substrate, a second connector, and an interposition member. The casing is provided with a first opening and includes a first edge forming the first opening. A first connector conforms to USB Type-A standard and can pass through the first opening. The interposition member is interposed between an inner surface of the casing and the second connector, is held by the inner surface, and holds the second connector.

A holding frame for a plug-type connector is intended to have good heat resistance and a high level of mechanical robustness and, when installed in a metallic plug-type connector housing, enable protective grounding while at the same time being convenient to use, in particular during the replacement of individual modules. For this purpose, the holding frame can have base frame and resilient cheek parts, which are formed from different materials. The base frame is used for fixing an accommodated connector module or modules in a plane. The resilient cheek parts can assume an insertion state and a holding state, wherein the insertion state permits insertion of at least one connector module into the holding frame in a direction transverse to the plane, and wherein the accommodated connector module is fixed in the holding state.

An electric plug comprises an outer housing, an inner housing adapted to be plugged into the outer housing along an assembly direction, and a press-on element. The press-on element is adapted to be deflected elastically transversely to the assembly direction and produces a press-fit connection between the inner housing and the outer housing.

Electrical connector with low profile connector position assurance (CPA) member for assuring the engagement of a female housing with a male housing. The female housing forms apertures designed to stably and securely receive the low profile CPA member. Also, the female housing includes a connector latch used to securely hold together the female housing and the male housing.

A connector position assurance (CPA) member for assuring the engagement of a female housing with a male housing. The CPA member includes arms designed to stably and securely fit with apertures formed by the female housing. Also, the female housing includes a connector latch which engages with the CPA member and which used to securely hold together the female housing and the male housing.

A connector comprising a housing and a lever. The connector is mateable with and removable from a mating connector along a first direction by operation of the lever. The housing has an inner portion, an outer portion, at least one coupling portion, a pivot, a first portion and a second portion. The housing has a lever accommodating portion between the outer portion and the inner portion in a second direction perpendicular to the first direction. The lever accommodating portion partially accommodates the lever. The pivot is positioned inside the lever accommodating portion. The pivot supports the lever so that the lever is rotatable. The at least one coupling portion has a bridge portion which is elastically deformable. The bridge portion is sandwiched between the first portion and the second portion in a plane perpendicular to the second direction.

According to one embodiment, a semiconductor memory device includes a casing, a substrate, a second connector, and an interposition member. The casing is provided with a first opening and includes a first edge forming the first opening. A first connector conforms to USB Type-A standard and can pass through the first opening. The interposition member is interposed between an inner surface of the casing and the second connector, is held by the inner surface, and holds the second connector.

An electrical connector can have improved productivity, as well as a reduced size and thickness. The electrical connector includes an insulating housing including a plate-like portion and a main body portion provided at the rear of the plate-like portion so as to protrude laterally relative to the plate-like portion; a conductive contact held by the housing, the contact including connection portions exposed at the plate-like portion so as to be connected to a mating contact of a mating connector and terminal portions protruding from the main body portion; and an elastically deformable seal member provided in the main body portion.

The aim is to insert cables into a housing with the minimum possible manual effort. In particular, the housing can be the housing of a plug connector, which possesses a modular system. To this end, the use of special pre-opened sealing inserts is proposed to facilitate the corresponding assembly effort and even enable simplified mechanical fitting.