A connector configured to provide signal and power connections reliably and economically in a compact space. The connector may include terminals each comprising a mating portion and a mounting portion opposite the mating portion. The terminals may be arranged with multiple rows of signal terminals and power terminals aligned in one row and on opposite sides of the signal rows. The mounting portions of the terminals may be configured to receive cables in some embodiments, and mount to a board in some other embodiments.

An electrical connector comprises a housing, a shield arranged within the housing and a first signal terminal. The shield includes a first shielding part extending in a first direction, and a second shielding part integrally connected to the first shielding part and extending in a second direction at a predetermined angle to the first direction. The first signal terminal is provided in the housing and is at least partially accommodated within the shield.

An electrical connector includes an insulating body, a number of first conductive terminals and a number of second conductive terminals. The insulating body includes a mating slot for receiving a mating board. Each first conductive terminal includes a first extension arm having a first mating portion. Each second conductive terminal includes a second extension arm having a second mating portion. The first mating portion and the second mating portion are adapted to jointly clamp the mating board. Extension directions of the first extension arm and the second extension arm are opposite to each other. The first conductive terminals or the second conductive terminals include at least one radio frequency signal terminal for transmitting a radio frequency signal.

An electrical connector includes: an insulative housing having a base and a tongue forwardly extending from the base; plural conductive terminals insert-molded with the insulative housing; an insulative shell enclosing the insulative housing and having a top wall, a bottom wall opposite to the top wall, a pair of side walls connecting the top wall and the bottom wall, and a glue filling chamber formed at a rear side thereof; a metal reinforcement being insert-molded with the bottom wall of the insulative shell for mounting on an external circuit board; and a fluidal type waterproofing glue being injected into the glue filling chamber to form a waterproof rubber plate, wherein the bottom wall of the insulative shell is provided with a mold hole that runs through a rear end surface thereof and the mold hole is blocked from the glue filling chamber in a vertical direction.

A connector comprises a housing adapted to be mounted on a mounting panel and a terminal fixed within the housing. The housing includes a body, a base formed on a bottom of the body and a tongue protruding from the bottom of the base. The base is adapted to be fixed on one side of the mounting panel. A first positioning post is formed on the base for mating with a first positioning hole formed in the mounting panel to locate the housing at a predetermined position with respect to the mounting panel. The tongue is adapted to pass through an installation opening formed in the mounting panel to connect a circuit board.

An electrical connector includes a holding member that is electrically insulating, and a signal terminal and a male ground terminal held by the holding member. The male ground terminal is disposed next to the signal terminal. The male ground terminal includes a first lengthwise extending part, a second lengthwise extending part opposed to the first lengthwise extending part, and a laterally connecting part connecting an end portion of the first lengthwise extending part and an end portion of the second lengthwise extending part. The male ground terminal projects in side view. The male ground terminal includes a connection path configured to electrically connect the first lengthwise extending part and the second lengthwise extending part.

An interference suppression module for an electrically commutated electric motor has the following components: a circuit carrier, an electronic circuit arrangement, which is arranged on the circuit carrier, an encapsulation, which surrounds the electronic circuit arrangement in a form-fitting and material-bonding manner, and at least one interface, which is provided for the purpose of electrical contact-connection of the electronic circuit arrangement to a control unit of the electrically commutated electric motor. The specification details an interference suppression module, a method for producing an interference suppression module, and a vehicle equipped with an interference suppression module.

The length of a waterproof and dustproof connector can be reduced to decrease its occupation area so as to secure the occupied area of the circuit board for electronic equipment and so as to design the layout of the electronic equipment more freely and so as to downsize the electronic equipment. The connector for electronic equipment includes an approximately cylindrical housing 2, a support 21 provided in the form of a wall in the housing 2, a contact terminal 3 and a power terminal 4 supported by the support 21, a shell 5 mounted inside the housing 2, and a seal 6 provided along the outer circumference adjacent to the end on the connection terminal inserting side of the housing 2. Preferably, the seal 6 is welded to the housing 2 and made of a resin softer than the resin of the housing 2.

High-speed connectors and connector assemblies that include structures for alignment and/or improved thermal performance.

A terminal assembly and connector, the terminal assembly comprises a first terminal component, a second terminal component, at least one metal shielding plate, and a metal housing. The first terminal component comprises a plurality of first signal terminals embedded in the first insulating body. The second terminal component comprises a second insulating body and a plurality of second signal terminals embedded in the second insulating body. The second terminal component is disposed opposite to the first terminal component. The at least one metal shielding plate connects with the first terminal component and the second terminal component. The metal shielding plate is disposed between the two adjacent first signal terminals and the two adjacent second signal terminals. The metal housing covers the first terminal component, the second terminal component and at least one metal shielding plate. The at least one metal shielding plate connects with the metal housing.