RJSAE-5381-02

RJSAE-5381-02 is a type of modular connector\u2014commonly referred to as jacks. It is used for various applications including telecommunications, data transfer, industrial applications, and military systems.

The RJSAE-5381-02 is designed to terminate onto a product while maintaining a secure connection, which prevents any disruption or loss of signal. It has a two-level locking design that provides a secure connection against dust and vibration. It also utilizes gold-plated contacts to ensure that the connection is reliable and free of corrosion.

In terms of application fields, the RJSAE-5381-02 is designed for use in telecommunications, data transfer, industrial applications and military systems. Telecommunications applications include voice, data and internet applications. It is also used in medical applications such as the connection of respirators, ECG monitors and other medical devices. In terms of data transfer, the RJSAE-5381-02 is commonly used to connect network routers, hubs, switches and other devices. Industrial applications include the connection of control systems, power supplies and other devices. Finally, military systems such as control and diagnostic systems, weapons systems and communication systems use this type of connector.

The working principle of the RJSAE-5381-02 is fairly simple. It features a pair of opposing contact pins, which are spring-loaded and hollowed on one end. A corresponding pair of matching holes on the product is inserted over the pins, which are then depressed to achieve connection. The pins then firmly grip the product to provide a secure fit, ensuring that the connection is not interrupted. This type of connector is self-locking and can withstand vibration and dust.

In summary, the RJSAE-5381-02 is a type of modular connector, commonly referred to as a jack. It is designed to terminate onto a product and provide a secure connection against dust or vibration. It is commonly used in telecommunications, data transfer, and industrial and military applications. The working principle involves a pair of opposing contact pins with a corresponding pair of matching holes on the product, which are then depressed to achieve the connection.