SFMC-111-02-S-D-P-TR

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The SFMC-111-02 S-D-P-TR connector is a rectangular style connector used in industrial, commercial and military applications. They are commonly used in electrical devices to provide connections between two or more objects without the risk of short circuits or other wiring problems.

In a typical application, these connectors consist of two mating half shells that fit together to form an electrically-insulated connection. The two halves of the connector house a variety of contacts that are used to provide electrical power between two circuits, signal transmission or both. The contacts of the male header are large enough to ensure a secure connection without shorting out the circuit. The female receptacle is the counterpart of the male header, but instead of the pins, it contains female sockets that accept the male pins.

A typical application of the SFMC-111-02 S-D-P-TR connector is in the automotive industry, where they are used to connect power and control circuits in a variety of automotive components. Other applications include industrial control systems, instrumentation, telecommunications, and medical equipment.

The working principle of the SFMC-111-02 S-D-P-TR connector is based on the electrical contact that occurs when the two half shells of the connector are mated and compressed together. As the male header is inserted into the female socket, the connection is made and power is passed through the mating contact surfaces. This contact creates a complete signal path and allows for the transmission of electrical current. As the application and conditions change, the contact size and contact forces must remain consistent to provide reliable electrical contact.

In summary, the SFMC-111-02 S-D-P-TR connector is a type of rectangular style connector used in a variety of applications. It consists of two mating half shells for providing power, signal transmission or both. The working principle is based on the contact force that binds the two half shells when the male header is inserted into the female socket. This contact provides a complete signal path and allows for the efficient transmission of electrical current.

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