983-025-010-031

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D-sub and D-shaped connectors are classifications of electrical connectors commonly used for a variety of applications. They are classified into several distinct varieties, such as Backshells, Hoods, and others. The 983-025-010-031 represents a type of D-sub connector and is a commonly used connection type. In this article, we will take a closer look at its application field and working principle.

A 983-025-010-031 is a type of backshell, which is a D-shaped connector used for data transmission. The backshell is made of a body with two parts, one with metal shielding and the other with an insulator mated inside. The two ends are connected with a metal housing, which helps contain heat and provides an EMI (electromagnetic interference) shielding. It is typically used in industrial systems, computer networks, and communication systems. It can also be found in telecommunications, data transmission, and signal transmission applications.

The 983-025-010-031 connector has two pins, each with two insertion points. When the two insertion points are pressed simultaneously, they establish an electrical contact. This type of connector is typically used for power, signal, and data transmission. It is also used in applications involving electric heaters, as well as in aviation electronics and electrical systems. It is also used as a starter panel for motors.

The working principle of the 983-025-010-031 is based on the electrical contact between the two insertion points. When the connector is connected to a power source, an electrical current is established between the two insertion points. This current is then allowed to flow through the body of the connector, thus providing heat and power to the system it is connected to.

The 983-025-010-031 connector is a commonly used type of D-shaped connector that is designed for a variety of applications. It is used in industrial systems, computer networks, and communication systems. It is also used in telecommunications, data transmission, and signal transmission. Finally, it can be used as a starter panel for motors. Its working principle is based on the electrical contact between the two insertion points, allowing for a continuous electrical and heat flow from the power source to the device it is connected to.

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