1663471-1

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ARINC backplane connectors serve a number of vital functions for multiple applications in modern aircraft. In particular, they provide reliable and secure connections in harsh aeronautical environments that would otherwise pose a risk to sensitive equipment and circuitry. This article will focus on the key characteristics of ARINC backplane connectors, along with its application in wind turbines and other forms of clean energy.

Features of ARINC Connectors

ARINC backplane connectors are designed to facilitate connection between two or more circuit boards in the most reliable manner possible. The circuit boards connected with them can be of the same type or different, depending on the needs of the application. Such connectors can provide the greatest assurance against separation during flight operations in air-borne applications. To ensure this, ARINC backplane connectors feature gold-plated contacts, insert locks, and pins drilled with an optimized hole size.

These connectors include a cable plug with two or more channels with staggered pairings of pins in each channel. This design helps make the connectors more reliable and affords greater contact continuity. The pin size and spacing are also given special consideration to ensure adequate contact force and reliability.

ARINC connectors can also incorporate useful functions such as enhanced data capacity transmission and fast switching. The electrical interface within the connector can be custom configured to fit the needs of the application. It can utilize a wide range of file formats, such as those used in military, commercial, and OEM applications.

1663471-1 application field and working principle

ARINC backplane connectors are used in a wide range of applications, most notably in the aerospace industry. Its primary application is in the construction of wind turbines and other forms of clean energy. The 1663471-1 ARINC Backplane Connector has been designed for this application and features an even greater level of reliability and performance. It is an ideal solution for the rigorous demands of the wind turbine industry.

In terms of its working principle, the 1663471-1 ARINC backplane connector features a unique design and approach in its physical interface. It utilizes a Multi-pattern Data and Power (MD&P) system, which enables the transfer of both power and data between boards. The plug-in modules feature a low-profile design and provide a reliable and secure connection between the contact points of the boards.

In addition to this, the connector also features a low-noise transfer of power and data, thanks to its superior shielding techniques. The shielding techniques in this connector minimize any metal-to-metal contact between its pins and provide superior isolation from airborne electromagnetic interference.

Conclusion

ARINC backplane connectors are among the most reliable and secure connection solutions available for military, commercial, and OEM applications. These connectors are ideal for use in harsh aeronautical environments and have been developed specifically for use in wind turbines and other forms of clean energy. The 1663471-1 ARINC backplane connector offers superior performance and reliability in comparison to other connectors, thanks to its unique MD&P system and low-noise transfer feature.

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