146783-3

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Rectangular Connectors - Headers, Receptacles, Female Sockets, are commonly used in a variety of applications, and the 146783-3 is no different. This article will look at the application field and working principle of the 146783-3 connector.

The 146783-3 connector is a 5-pole female connector and is designed for industrial applications. This connector is designed to meet a variety of demands on its application fields, such as automotive, telecommunications, industrial and more. The 146783-3 connector is purpose-built for harsh operating environments, including environments with high temperatures, high static loads, and/or high cycle loads. Its rugged design ensures reliable contact performance.

The 146783-3 connector incorporates a 5-pole female connector, with a single row. This single row design helps to minimize crosstalk and interference. It also provides for a lower profile and easier installation. The 146783-3 connector has a locking feature to ensure that it stays securely connected. This locking feature also helps to ensure that the connection is secure and reliable at all times.

The working principle of the 146783-3 connector is quite simple. It is designed to provide an electrical connection between two components. The two components are connected through the use of a set of pins on the connector. These pins are designed to provide a secure connection between the two components and make sure that the connection is reliable and of a high quality.

The pins of the 146783-3 connector are surrounded by an insulating material. This insulating material helps to ensure that no electrical short Circuit occurs between the two components. The insulation helps to protect the pins from electrical overload and temperature changes, ensuring that a reliable connection is maintained. The insulation also helps to extend the life of the connector.

The 146783-3 connector is designed to provide a reliable and secure electrical connection between components. It is ruggedly built and is designed to withstand a variety of harsh operating environments. It has a locking feature to ensure that the connection remains securely connected, and its single row design helps to minimize crosstalk and interference. The insulation surrounding the pins helps to protect them from electrical overload and temperature changes, and its insulating material helps to extend the life of the connector.

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