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The ARINC-based backplane connectors are one of the most widely used connector designs in the world. ARINC stands for "Avionics Radio Interface Card Network" and is an industry standard for interconnecting radio, television and aviation navigation components. The general purpose of the ARINC-based backplane connector is to provide a mechanism for connecting and disconnecting two or more electromechanical devices securely, safely and quickly. The ARINC-based backplane connectors are designed to be extremely robust, with a reliable connection and a long life.

The ARINC-based backplane connectors come in a wide variety of styles and sizes, ranging from two to sixteen-pole configurations. Each pole has a solid, recessed pin, which is designed to fit securely into the mating connector. The connectors have a built-in interlock, which prevents the contact pins from sliding or moving out of position. The interlock also provides satisfactory mating pressure, resulting in good electrical contact between the contacts.

The ARINC-based backplane connectors feature a threaded rivet-lock system, which enables users to easily install or remove the connector without using special tools. The recesses on the mating parts are designed to accept and secure the threaded rivets as they are driven in place. This ensures a secure and reliable connection and provides excellent vibration resistance.

The working principle of the ARINC-based backplane connectors is based on the principles of electrical contact and conduction. The connection is established by an electrical current flowing through the contact pins, which are designed to provide a low-resistance path. The contact pins are protected by the external jacket, which helps to prevent corrosion and electrical arcing.

When the contact pins are mated, a short circuit between the pins is created, resulting in an electrical current that is used to supply power, transfer data or control signals between the two devices. The short circuit is designed to be strong enough to prevent accidental disconnection or misalignment. The contact pins are also insulated from each other, eliminating the risks of cross-talking and ground loops.

The ARINC-based backplane connectors are commonly used in a variety of applications, ranging from consumer electronics to military and aerospace devices. The connectors are often used in critical applications that require a reliable, secure connection and vibration resistance. They can also be used in aerospace and aviation navigation systems such as radar and GPS receivers, as well as in the communication and control systems of vessels.

In summary, the ARINC-based backplane connectors are one of the most reliable and secure connector designs available. They feature a robust design that facilitates quick, easy installation and removal, as well as excellent electrical performance and high vibration resistance. The connectors are widely used in a variety of applications, ranging from consumer electronics to aviation and space flight navigation systems.

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