411-11-256-41-001000

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Connectors have helped architecture and engineering projects for decades. They perform several important functions such as electrical connection, mechanical support, signal routing, power distribution, and protection of the components. Today, the most commonly used connector is the rectangular connector. It is available in many types such as headers, receptacles, and female sockets.

The 411-11-256-41-001000 application field and working principle are determining factors in selecting a suitable connector.

411-11-256-41-001000 Overview

The 411-11-256-41-001000 rectangular connector is a two-part system. The header part is a male connector and the receptacles are female connectors. The header part has two rows of pins in a single row. The receptacles have two rows of sockets in a single row. The pins and sockets in the 411-11-256-41-001000 rectangular connector are arranged in alternate rows. The header part can be mounted either in the vertical or horizontal direction depending on the application.

411-11-256-41-001000 Application Field

The 411-11-256-41-001000 rectangular connector is mainly used in automotive, consumer electronics, and industrial applications. It can be used in many circuits that require a reliable electrical connection. This type of connector is most commonly used in vehicle communication systems, automotive audio systems, automotive lighting systems, and automotive diagnostic devices. It is also used in industrial applications such as manufacturing, telecommunication, power supply applications. and remote sensing systems.

411-11-256-41-001000 Working Principle

The 411-11-256-41-001000 rectangular connector uses a single row of pins and sockets. This facilitates a reliable and consistent electrical connection. The pins and sockets are arranged in alternate rows, ensuring accurate alignment. When the two parts of the connector are mated together, the pins of the header part make contact with the sockets of the receptacle part. The pins and sockets provide a secure physical connection between the two parts. This helps to reduce the risk of damage and electric arc due to misalignment or loose connection.

The 411-11-256-41-001000 rectangular connector also has a high temperature and vibration resistance. This ensures that the connection is reliable even in extreme environments. The connector also has an easy to disassemble design. This makes it easy for maintenance and repairs. The 411-11-256-41-001000 rectangular connector also has an RoHS compliant construction, making it safe to use in various commercial applications.

Conclusion

The 411-11-256-41-001000 rectangular connector is a reliable and cost-effective solution for many industrial and automotive applications. It has a secure physical connection between two parts and a high temperature and vibration resistance. This makes it ideal for applications where the connector needs to withstand extreme conditions. The 411-11-256-41-001000 is easy to assemble and disassemble and is RoHS compliant. This makes it a highly reliable and safe connector for various commercial applications.

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