208597-9

ARINC connectors are widely used in the aerospace industry for the collection and exchange of data and electrical signals. The ARINC 208597-9 backplane connector is an advanced connector of considerable sophistication, with features that distinguish it from many of its predecessors. This document describes its application field and working principles.

Backplane Connectors - ARINC 208597-9

The ARINC 208597-9 backplane connector is designed for aircraft wiring applications in which there is a need to quickly and easily connect rigid, semi-rigid, and flexible cables between circuit boards and to route the signals between them. The connector is rated at 400V maximum, supports a frequency range of up to 500MHz, and is capable of transmitting signals up to 45 Amperes. It has a mechanical and electrical performance well suited for military and civil aircraft gear. The front-to-back power or signal flow of theconnection is achieved through peripheral connections.

Features

The ARINC 208597-9 backplane connector features a multi-wire design that allows for more signals to be routed through the connector than possible with traditionally used, unshielded connectors. This makes it ideal for use in high-density, space-constrained applications. The connector is also designed with screws to secure the mating surfaces and ensure accurate and precise contact without requiring frequent manual adjustments. In addition, it is available in several types and sizes to accommodate various cable configurations and system requirements.

Application Fields

The ARINC 208597-9 backplane connector is used in a wide range of aircraft wiring applications, including the following:

• Instrumentation and instrumentation panels: These backplane connectors are used in instrumentation and instrumentation panels to connect signal, power, and data cables.
• Data systems: These backplane connectors are often used to route data, signals, and power in aerospace data systems, such as data acquisition systems.
• Navigation systems: ARINC 208597-9 backplane connectors are also used for the routing of data and signals in navigation systems found in aircraft.

Working Principle

The ARINC 208597-9 connector follows a simple working principle. The mating connectors have a pin contact on one end and a socket contact on the other end. The pins of the connector are inserted into the sockets of the mating connectors and connected together. The connection is made secure through the use of screws or other means. The conductor of the cable is then soldered or crimped onto the connectors, completing the connection.

In addition to the basic working principle, the ARINC 208597-9 connector also features a shielding design to ensure signal integrity and reduce electromagnetic interference. The shielding helps to protect the signals from external interference and ensure accurate signal transmission. This improves the overall performance of the system and helps to ensure that signals are not lost or corrupted.

Conclusion

ARINC 208597-9 backplane connectors are advanced, sophisticated connectors that are well suited for aerospace wiring applications. They feature a multi-wire design that allows for the routing of data, signals, and power in high-density spaces. The connector is also designed with shielding to ensure signal integrity and reduce electromagnetic interference. As such, the ARINC 208597-9 connector is a reliable, robust connector that is well suited for a variety of applications.