961113-5604-AR

AR (Active Retaining) connectors have recently become quite popular in high-speed applications where the voltage and current needs to be monitored and controlled. The AR connectors are unique in that they have a built in active retainer, allowing the power efficiency of the connection to be increased while also providing a secure connection.

AR connectors are small but versatile electrical connectors that have an active retainer feature that allows them to maintain a secure connection in the face of vibrations, shocks, or heavy impact. They are designed to reduce the risk of accidental disconnects or shorts, as well as provide a reliable connection. These connectors are also used in applications where the power and grounding signals must be carefully monitored and controlled so that any interference or stray signals can be avoided.

The AR connector is composed of three parts: a female header, a male pin, and the active retainer itself. The female header is composed of two arms that are sized and shaped to fit the male pin securely. The male pin then slides into the female header and locks into place via a small contact. When the pin is properly inserted, it comes in contact with a series of blades in the active retainer, which spring into place and ensure that the connection is secure and reliable.

The working principle of an AR connector is relatively simple. When a power or grounding signal is applied, the blades of the active retainer move outward against the pins and keep them in place. This secure and reliable connection is maintained even if the system is subjected to heavy vibration, shocks, or impacts due to the spring-loaded blades of the active retainer.

AR connectors have become popular in high-speed applications where design engineers want to minimize the risk of accidental disconnects or shorts. They are also used in applications where the power and grounding signals must be carefully monitored and controlled. In addition, they are particularly useful in controlling power efficiency and providing a secure connection that can withstand heavy impact.

AR connectors can be found in a variety of design configurations. They are available in a broad range of sizes and shapes to suit the specific application needs. Furthermore, they can be paired with other connectors that provide power and grounding connections as well.

Overall, AR connectors offer designers a reliable and robust connection solution in high-speed applications. With their active retainer feature, they are able to maintain a secure connection in the face of vibrations, shocks, or heavy impacts. In addition, they are also ideal for controlling power and grounding signals as well as increasing power efficiency.