213441-5

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ARINC (short for “Aeronautical Radio Incorporated”) is a company that manufactures a variety of backplane connectors and other tools for use in avionic systems. One of their most popular products is the ARINC 213441-5, a backplane connector designed for linking avionic systems. The ARINC 213441-5 is designed to provide the highest level of performance while simplifying installation and maintenance. In this article, we’ll discuss the application field and working principle of the ARINC 213441-5.

The ARINC 213441-5 backplane connector is designed for use in high-performance Aerospace and Defense avionics systems. It is typically used in mission-critical applications such as aircraft navigation and landing systems, satellite communication systems, and space exploration systems. The ARINC 213441-5 is designed to meet the extreme environmental and mechanical requirements of these types of systems. The connector is rated to operate in temperatures ranging from -55°C to +200°C, and has an impressive shock and vibration resistance for its size.

The 213441-5 backplane connector is designed with a 28-pin layout, with two additional pins used for a pair of signal and power contacts. These contacts are designed to facilitate the connection of various devices to the ARINC 213441-5 connector. The 28-pin layout is also designed to provide high signal integrity while minimizing cross-talk and EMI/RFI emissions.

The ARINC 213441-5 is equipped with a locking mechanism that provides a high degree of connection reliability and durability. The locking mechanism also ensures that the connector is securely mated, and prevents unintentional disconnection. Furthermore, the connector utilizes insulation displacement contacts (IDC) that provide excellent contact stability and electrical performance.

The ARINC 213441-5 is an important component of avionic systems that require high performance and reliability. The connector is designed for a broad range of applications, including military aircraft, commercial aircraft, helicopters, unmanned aerial vehicles, spacecraft, and satellites. In addition, the connector’s design facilitates easy installation and maintenance, making it an excellent choice for avionic systems.

In conclusion, the ARINC 213441-5 backplane connector is designed for use in high-performance avionic systems. The connector features a 28-pin layout, with two additional pins used for signal and power contacts. The connector is also equipped with a locking mechanism and insulation displacement contacts for improved connection reliability and performance. Furthermore, the connector is designed to meet the extreme environmental and mechanical requirements of mission-critical avionic systems, making it an ideal choice for avionics applications.

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