RAPC752SX

Barrel power connectors are commonly used for low-voltage applications such as television receiver cabinets. The RAPC752SX is one type of barrel-power connector and is widely used in a variety of applications, ranging from consumer electronics to industrial applications. Therefore, it is important to understand the application fields of the RAPC752SX as well as its working principle.

Application Fields of RAPC752SX

The RAPC752SX can be used in a variety of applications, including television receiver cabinets, automotive and recreational vehicle applications, medical imaging equipment, panel lighting, radio receivers, printers, and office automation equipment. The main advantage of using the RAPC752SX is its space saving design which can reduce the size of the assembly and the number of components required. Additionally, the connector has a small form factor that allows for easy installation in tight spaces. The connector is also designed to meet high performance requirements in terms of shielding effectiveness, contact resistance, and durability.

Working Principle of RAPC752SX

The RAPC752SX is based on a mechanical contact system that uses two different types of contacts, male and female. The male contact is designed to fit into the female recessed slot in the body of the connector. This creates a mechanical lock, which is a key feature of the RAPC752SX connector. The female contact is designed to fit into the male slot of the connector, which is then secured with the locking ring.

The contact system used by the RAPC752SX also provides a superior electrical connection. The contacts are made from gold-plated beryllium copper for better conductivity and low contact resistance. The gold plating prevents oxidation of the contacts for a longer service life. This ensures that the connection is secure and reliable.

Conclusion

The RAPC752SX is a barrel-power connector designed for a variety of applications. It is a small form factor connector that can be easily installed in tight spaces and is designed to meet high performance requirements. Additionally, the connector is based on a mechanical contact system that uses gold-plated beryllium copper for better conductivity and low contact resistance. This ensures that the connection is secure and reliable.