1484373-1 Connectors, Interconnects

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Backplane connectors provide a connection point for a wide variety of electronic components, allowing them to communicate with each other in a safe and efficient manner. ARINC 1484373-1 connectors are just one of the many types of backplane connectors available. This application field and working principle article will focus on the specific characteristics and benefits of the 1484373-1 type.

What is the Application Field of ARINC 1484373-1?

The 1484373-1 connector was designed by ARINC (Aeronautical Radio, Inc.) to meet the stringent specifications required for lightweight backplane connections in aircrafts, military vehicles, and space environments. The rugged, shock-resistant design guarantees reliable performance in even the most challenging conditions.

The 1484373-1 connector can be found in virtually all modern aircraft, providing connecting points between computer systems, radios, navigation systems, and instruments. In aircrafts, the product is used for attachment locations, power bussing, instrument/avionics bussing, and system interconnects. It is also well suited for use in military vehicles as well as other defense and aerospace sites.

What is the Working Principle of ARINC 1484373-1 Connector?

The 1484373-1 connector is a very robust and reliable backplane connection product. Its design includes an insulator, locking frame, and two contacts which provide the electrical connection between mating components. The insulation material is constructed of plastic, with a dielectric constant of 1.00 and a working voltage of 1.00 kW. The locking frame houses the contacts and holds them in place during the connection process, while the contacts themselves monitor and control the electrical voltage.

The electrical connection is completed by means of a pull latch that engages the two contact points when the connector is inserted. This ensures that the connection is secure and that it will remain intact during use, even in harsh environments.

The connector is also designed to withstand vibration and shock impacts, which is essential in aerospace and military applications. The insulator material used ensures that the electrical signal is stable and that the contact points remain in their respective positions.

Advantages of ARINC 1484373-1 Connector

The 1484373-1 connector has several advantages that make it an ideal choice for aerospace and military applications. First, its rugged design makes it well suited for use in even the harshest conditions. Second, its shielding and flame retardant features help protect against electrical interference. Finally, its vibration-resistant design ensures that the electrical signal remains stable and reliable.

In addition to its reliability and durability, the 1484373-1 connector is also cost-effective. Its lightweight design reduces the overall weight of the system, resulting in cost savings. Furthermore, the connector’s pull-latch locking system makes it easy to install and remove, thereby reducing installation and maintenance time.

Conclusion

The 1484373-1 connector is an essential part of the backplane systems used in aerospace, military, and other challenging environments. Its rugged design, shielding, and flame retardant features make it an ideal choice for these applications. Furthermore, its lightweight and cost-effective design ensure cost savings and increased efficiency.

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