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Rectangular Connectors - Headers, Receptacles, Female Sockets

An AR (Aerospace Rectangular) Connector is a type of connector designed for commercial and military aircraft developed by the Air Force Components Command, also known as ACC. With the ability to handle voltage as low as 0.25 V and amperage as high as 50 A, these connectors are the ideal choice for applications such as avionic systems, antennas, and other forms of equipment used in aerospace applications.

One of the major benefits of AR Connectors is that they are designed to withstand tough environmental conditions while providing reliable performance. This makes them perfect for use in extreme conditions such as on aircraft flying in high altitudes, or in extreme temperatures. Additionally, they are usually lightweight and easy to install, making them ideal for use in the aerospace sector.

There are three main types of AR connectors, namely headers, receptacles, and female sockets. Headers are the most basic type of AR connector and are usually used for power connections. A header contains a single contact point that must be connected to a wire and allows current to pass from one point to another. Receptacles are two-contact devices and typically are used for grounding, as well as for carrying signal and power transmission. Female sockets are three contact devices which are designed for power connections, and are usually used to connect incoming signals or power to a military-style device.

The main purpose of these connectors is to provide a reliable, secure connection between two components. The design of AR connectors ensures that they are able to withstand a wide range of temperatures and vibrations, while providing excellent electrical contact and low levels of resistance. This makes them ideal for use in a variety of applications, including in avionics, aircraft, and automobile components.

AR connectors also come in a variety of sizes, shapes, and contact configurations. For instance, there are polarized headers, which feature two separate contact points (one female and one male) that need to be connected together, and unipolar headers which feature just a single contact point. Additionally, there are various types of receptacle, female socket, and header configurations available, which depend largely on the application for which they are being used.

The working principle of AR connectors is quite simple. In most cases, they feature a male pin connected to a female pin, which is connected to a wire. The wire is then connected to an electrical contact, which then carries current from one end to the other. Additionally, the design of the connectors ensures that they are able to withstand even the most extreme environmental conditions, while providing a reliable connection.

In conclusion, AR Connectors are ideal for use in the aerospace, avionics, and other military applications. With their ability to handle voltage as low as 0.25 V and amperage as high as 50 A, they are the perfect choice for high-performance electrical connection systems. Additionally, they are designed to withstand a wide range of temperatures and vibrations, while providing excellent electrical contact and low levels of resistance. For this reason, they are widely used in a variety of applications.

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