0438795003

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Rectangular connectors are commonly used in electrical and communications applications. The 0438795003 rectangular connector is one of the most popular and versatile connectors in use today. It consists of two parts – a header and a male pin connector – that are mated together to form the final product.

The 0438795003 header is a two-piece modular housing which mates with the 0438795003 male pin. This header can be mounted on a printed circuit board using a variety of mounting methods such as press-fit, screw-type, solder-type, and Z-type (Z-axis) mountings. It is designed to allow for a range of options in mounting style and size requirements, depending on the application.

The 0438795003 male pin connector consists of two parts - the pin itself and the housing. The pin is a metal contact with two contact points that serves to form the electrical connection between two devices. The housing is a plastic shell that houses the pin as well as providing insulation, shielding, and other features, depending on the application. The two parts are then mated together with two screws situated on the side of the housing. This provides a secure and reliable connection between the two parts.

The 0438795003 pin connector is widely used in a variety of applications. On the consumer end, it is often used in consumer electronics and the automotive industry. It is also commonly found in industrial and commercial applications such as robotics, instrumentation, and industrial control systems. The connector is also favored in the medical device industry for its reliability, ruggedness, and ease of use.

The 0438795003 pin connector works by forming an electrical connection between two components via an electrical contact point. The electrical contact point is typically formed by a metal contact such as gold, silver, or copper that is contained within the housing of the connector. The contact is then connected to a conductor that is capable of carrying the current. In some designs, the contact is connected to the conductor through a trace that is etched on the printed circuit board.

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