446485-1

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Backplane connectors ARINC 446485-1 are designed to provide high density data transmission within a fast broadband data network. By offering features such as low-profile design, modular connectivity, high-speed transmission, and conduction-cooled components, these connectors have become an essential component of modern computing systems. These connectors are widely used in industrial, military, and automotive applications due to their robust design and durability, making them an ideal choice for applications ranging from high-end data centers to harsh industrial environments.

Introduction to Backplane Connectors ARINC 446485-1

Backplane connectors ARINC 446485-1 are a type of high-density data transmission connector that can transfer digital data at very high speeds. The backplane connector system includes two parts – a plug, or a male connector, and a receptacle, or a female connector. The plug and receptacle each have multiple contacts that are inserted into each other at either end of the connector. This is done via a moulded connector system that is designed to ensure perfect mating each time. By fitting the contacts together, the system establishes a continuum of data flow through the entire circuit. The connectors are also designed to provide high insulation values to protect the circuit from external noise interferences.

Application Field and Working Principle of Backplane Connectors ARINC 446485-1

Backplane connectors ARINC 446485-1 are ideal for use in a wide range of applications, including servers, networking equipment, industrial control systems, consumer electronics, and military and aerospace devices. The connectors have proven to be effective for transferring digital data between two pieces of electronics at high speed, with typical transmission rates of up to 3.072 gigabits per second. The connectors are available in a range of sizes, from miniature to standard in size to fit different applications.

The backplane connectors ARINC 446485-1 are designed with an EPX connector. The EPX connector is a contact system that provides a robust signal integrity to ensure reliable data transfer. The EPX connector is composed of two main components – the plug and the receptacle. The connector is designed with staggered pins that are arranged in different directions in order to ensure secure and reliable connection by ensuring that there is no interference between the pins when the connection is made. The pins are also designed with a special coating that helps improve the performance of the connection. This coating helps to reduce the risk of corrosion and also provides a long-term path for data flow.

When connecting two pieces of electronics through backplane connectors ARINC 446485-1, it is important to ensure that the pins and receptacles are properly aligned. This helps to ensure that the connection is secure and that data is transferred without interference or errors. It is also important to check that the connection is made correctly and that the contacts are in the correct orientation with respect to each other. It is also essential to ensure that the connections have been installed in the optimal orientation to ensure that the data flows in the proper direction.

Conclusion

Backplane connectors ARINC 446485-1 are an essential part of modern electronic systems due to their robust design and high-speed data transmission capabilities. By providing features such as low-profile design, modular connectivity, and high insulation values, these connectors can be used to reliably transfer digital data between two or more pieces of electronics. The connectors are also available in different sizes to ensure that they can be used in a wide range of applications, such as servers, networking equipment, industrial control systems, consumer electronics, and military and aerospace devices.

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