445564-8

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ARINC 445564-8 backplane connectors allow technology designers to create complex systems that provide stable connections between different boards. Designed for high density systems, they provide a number of advantages for system engineers. In this article, we’ll discuss the application field and working principle of ARINC 445564-8 backplane connectors.

Industry Applications & Benefits

ARINC 445564-8 backplane connectors are designed for use in highly dense systems. They are suitable for a range of industries, including military and aviation, medical, telecommunications, and industrial control. The connectors are commonly used to create stable and secure interconnects in advanced applications, such as avionics systems, military by-wire systems, and medical imaging systems.

The connectors offer a number of benefits for designers and engineers. These include quickly connecting boards, improved contact reliability, improved signal integrity, and a low resistance connection. The connectors also support higher bandwidth than most competing products and are designed for ease of handling.

Working Principle

The ARINC 445564-8 passivation system is corrosion-resistant and provides stable electrical contact points. It also provides increased signal integrity. The passivation system is also designed for EMI/RFI protection, which minimizes the impact of electromagnetic and radio frequency interference.

The connectors also feature multiple spring-loaded probes that establish a secure connection with an existing board. The probes are arranged in two planes, creating an optimal shielding configuration that reduces susceptibility to noise. The probes are also designed to be highly durable and resistant to abrasion, impact, and shock.

The connectors are rated for 15 to 30 Amps of current. They are designed to reliably meet high frequency signal requirements, such as USB, PCIe, and SATA/SAS, as well as other protocols. The connectors also feature an advanced coupling system and are created with innovative pin technology that enables robust connectivity.

Conclusion

ARINC 445564-8 backplane connectors provide reliable and secure connections for highly dense systems. The connectors offer a number of benefits for system designers, such as improved signal integrity, improved contact reliability, and low resistance connections. They are suitable for a range of industries, including aviation and military, telecommunications, medical, and industrial control. The connectors also feature an advanced passivation system, multiple spring-loaded probes, an optimized shielding configuration, and an advanced coupling system.

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