89882-310

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The 89882-310 is a rectangular connector with headers, receptacles, and female sockets as components. It consists of metal shells, contact pins, insulators, and jack screws. The length is 7.0mm, width is 7.0mm and height is 2.2mm. The 89882-310 is meant for applications where the size of a rectangular connector is essential.

The 89882-310 headers contain two rows of pins, forming a connecting assembly. These are typically mounted by soldering to a printed circuit board (PCB). The pins can either be securely or solidly held in place, usually on the edge of the PCB using spacing pins. Most headers are soldered via a soldering iron or by a robotic soldering station.

The 89882-310 receptacles are used to mate the header to a cable or PCB. The receptacle consists of durability and insulation to ensure reliable connections. It is important that the receptacle is installed correctly and that the pin pattern is aligned accurately as the connection is only reliable under such conditions.

The 89882-310 female sockets are typically used to connect two different cables. The sockets are generally soldered onto a circuit board or panel for straightforward installation and are relatively low cost.

The 89882-310 connectors have a wide range of applications such as mobile phone, PDA, computer, automotive, instrumentation, and communications. It is an ideal choice for applications requiring a low profile and robust connection.

The working principle of the 89882-310 is that it allows signals to flow from one device to another, such as from a sensor to a microcontroller. This is achieved by connecting two electrical surfaces with a small gap between them, thus allowing an electrical current to flow between them when the state of the connection is in the on position. The pins are arranged in such a way to ensure an optimum electrical connection.

The 89882-310 is a reliable, economical alternative to other rectangular connector types, providing superior performance in an extremely compact design. It is designed to provide maximum compatibility with a variety of systems and meet extreme operating conditions. This is accomplished by using precision-machined contact pins, superior dielectric material, and corrosion resistant metal housing.

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