1-208599-0

Series:	600
Packaging:	Bulk
Lead Free Status / RoHS Status:	--
Part Status:	Active
Moisture Sensitivity Level (MSL):	--
Shell Style:	Receptacle
Class:	--
Class Code:	--
Shell Size:	1
Cavity A:	60
Cavity B:	60
Cavity C:	5C2
Cavity D:	--
Cavity E:	--
Cavity F:	--
Sealed:	Un-Sealed
Shell Plating:	Chromate
Termination:	--
Features:	Rear Release
Note:	Partially Loaded

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Backplane Connectors - ARINC

Backplane connectors, particularly ARINC connectors, are the crucial connections between subsystems and electronic components on a circuit board. Thanks to their versatile designs, they are a versatile source of connections, supporting both power and signals transmission. ARINC, an acronym for Aircraft Radio Inc, are a type of rugged and reliable backplane connectors that are designed for robustness and high-speed data transmission in severe environments. This article provides an overview of their features, applications and working principles.

Design of ARINC Connectors

ARINC connectors are often used in harsh environments due to their high-reliability and robust design. They are generally designed with a metal shell and plastic housing that make them resistant to vibrations, mechanical shock, impact, etc. ARINC connectors are also certified for rocket and military applications, which require more stringent specifications.

Types of ARINC Connectors

ARINC connectors come in various standard sizes and shapes. The most commonly used types of ARINC connectors are single-sided, dual-sided and multi-pole connectors. Single-sided and dual-sided connectors have a single pin or dual pin interface, respectively, while multi-pole connectors can have up to 128 contact pins.

Uses of ARINC Connectors

ARINC connectors are commonly used in aerospace applications such as those for aircraft or for space programs. These connectors are also suitable for ground vehicles, medical instruments, telecommunication systems, and more. ARINC connectors are also widely used in heavy-duty military applications and robots/automation equipment.

ARINC\'s 1-208599-0 Application Field and Working Principle

The 1-208599-0 is an ARINC 424-14 design two piece connector used mainly for airborne applications. It consists of a 383-inch housing and a 394-inch contact element. It has a single-sided interface with up to 6 contact pins in two rows. Its working principle is based on joined latches that mechanically secure the connection. It has been designed to have high-reliability and provide high-speed data transmission in harsh environment conditions.

Advantages of ARINC Connectors

ARINC connectors offer several advantages over other types of connectors. They are designed with a rugged construction that ensures reliability and a long service life. The low electrical impedance of ARINC connectors also ensures improved signal integrity. Furthermore, these connectors can be used in high-density applications and provide high speed/bandwidth signal transmission. In addition, they have high-temperature and humidity ratings for use in extreme weather conditions.

Disadvantages of ARINC Connectors

Despite their many advantages, there are some drawbacks to using ARINC connectors. The variations of contacts and wider mating heights mean that design considerations must be made to ensure compatibility. In addition, they require specialized tooling for assembly, installation and replacement. Lastly, they are more expensive than other types of connectors.

Conclusion

ARINC connectors are an essential part of many electronic projects and applications. Their unique construction ensures reliable and robust connections in harsh environments. The 1-208599-0 connector is a versatile ARINC design that is well-suited for airborne applications due to its joined latch system and up to 6 contact pins. Overall, these connectors provide many advantages, such as high-density packaging, electrical efficiency, and improved signal integrity. However, some disadvantages, such as their cost and complexity, must also be considered.

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