1883438-1

ARINC (Airline Reporting and Interchange Communications) backplane connectors are one of the most reliable and widely used data communications systems on the market. These connectors provide reliable connection between data communications boards, allowing for greater amounts of data to be transmitted between systems. The ARINC 1883438-1 specification is a specific set of standards designed to ensure maximum signal integrity and minimal data loss when connecting data communications systems.

Application Field

The ARINC 1883438-1 specification is widely used in aircraft, military, and other transportation industries which require reliable data communications between systems. This standard is used to ensure data reliability and integrity during high speed and long distance data transfers between systems. ARINC backplane connectors are ideal for applications where loading and unloading of systems is time consuming and carries with it the risk of signal degradation.

Typical applications of ARINC 1883438-1 standard backplane connectors include aircraft navigation, fuel management, and in-flight entertainment systems. This standard is also used for communications between manned and unmanned aerial vehicles, as well as for data transmissions during long distance and wide area manned and unmanned aviation flights.

Working Principle

The ARINC 1883438-1 specification is based on a high-speed differential communications system. This system uses two dedicated signal pairs for communications. Each of these signal pairs consists of a positive and negative signal line. The parallel differential communication system eliminates ground loops and reduces signal corruption caused by outside factors.

The ARINC 1883438-1 backplane connector features an insertable and rotatable interface which allows for quick and easy connections between orientationally-sensitive components. The connector also allows for quick configurations between high speed and low speed applications while maintaining data integrity and eliminating the possibility of signal degradation over time. By utilizing two signal pairs, the ARINC 1883438-1 connector offers improved transfer rates and greater signal integrity than the standard single-pair connection.

The ARINC 1883438-1 specification also requires that the backplane connectors be tested to ensure compatibility. This includes testing for impedance, noise reduction, and power dissipation. The connectors must also be tested for electrical resistance and EMI (Electrical Interference) Compatibility in order to achieve the highest possible data transmission speeds. These tests ensure that the connectors are compatible with existing data communications systems and provide the highest possible data transmission speeds. In addition, the connectors must also be tested to ensure that they are durable and reliable in order to withstand the rigors of their respective applications.