204804-3

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ARINC backplane connectors are designed for applications where a reliable and secure electrical connection is require, they are used in a variety of embedded and board-level applications. ARINC 204804-3 connectors are one type of backplane connector that is widely used in military and aerospace applications due to their size, strength, and level of reliability. This article provides an overview of the ARINC 204804-3 backplane connector, including its application fields and working principle.

Applications of the ARINC 204804-3 Backplane Connector

The ARINC 204804-3 backplane connector is primarily used in military and aerospace applications. It is commonly found in aircraft, soldier systems, and naval ships. Additionally, it is ideal for demanding applications due to its high level of reliability. It has a robust contact mechanism and precise contact positioning that ensure that the connections remain secure and reliable.

It is capable of withstanding extreme temperatures and environments. It is resistant to vibration, shock and water, making it one of the most reliable connectors for demanding applications. Additionally, the ARINC 204804-3 is capable of providing secure data transfer rates up to and beyond 8 Gbps. This makes it an excellent choice for high-speed applications, such as data transmission between electronic systems in an aircraft.

Working Principle of the ARINC 204804-3 Backplane Connector

The ARINC 204804-3 backplane connector is designed to provide a reliable and secure electrical connection between modules. It features a two-piece design which consists of a plug and a receptacle, each of which have embedded contact points. When connected together, the contact points fit together perfectly and provide a secure connection.

The ARINC 204804-3 is a type of connector that is ideal for high-speed applications. It utilizes a spring-type connection system that allows for low contact resistance. This reduces the amount of noise and interference that is transferred between the modules, providing reliable data transmission.

The ARINC 204804-3 also features a plastic cover over the mating part of the plug and receptacle. This cover helps to protect the connections from dust and other particles, ensuring that the connection remains secure and reliable.

Conclusion

The ARINC 204804-3 backplane connector is an excellent choice for demanding applications, particularly in military and aerospace applications. It is strong and reliable and is capable of withstanding extreme temperatures and harsh environments. Additionally, the ARINC 204804-3 features a spring-type connection system that provides reliable signal transmission and low contact resistance. These features make the ARINC 204804-3 backplane connector an ideal choice for secure and reliable connections.

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