SBC7536

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Coaxial Connectors (RF) refers to components which have the ability to transmit or receive electric energy through levels of fields. SBC7536 is one of the most commonly applied coaxial connectors. This article will explore the application field and working principle of SBC7536.

Application Field

The application area of SBC7536 is broad. It is designed to fit with wide ranges of connectors, such as SMA, N Type, TNC and BNC types. The IP67 protection class of SBC7536 makes it ideal for outdoor applications. Moreover, SBC7536 has a high speed data transmission rate of 6 Gbps, suitable for outdoor broadcast and wireless communication applications. Apart from traditional radio-frequency connectors, SBC7536 is also able to work with extensive amounts of Industrial and Automation applications.

Working Principle

The primary working principle of SBC7536 is based on the properties of electric fields. When electric current passes through the connectors, electric fields are generated around the connector. This electric field will attempt to force electrons from one point in the connector to another. This, in turn, produces an output voltage, which in turn is transformed to the actual signal. It is the quality of the connectors that determine the quality of the signal.

The primary design of SBC7536 is based on a coaxial structure. This structure is composed of two concentric parts. The outer part has a metal shield, and the inner part consists of an insulated center pin. The electric field created near the connector is transmitted through the inner part and the outer layer can minimize signal interference. Furthermore, the inner part can also act as a conductor for electric energy, allowing the connection to be made without an electrical connection.

Conclusion

As one of the most commonly used coaxial connector, SBC7536 has a variety of application fields, such as Industrial and Automation applications. The working of SBC7536 is based on the properties of electric fields and it is essentially composed of two concentric parts. The purpose of the outer metal shield is to reduce signal interference and the purpose of the inner part is to act as a conductor for electric energy. With these features, SBC7536 is suitable for outdoor and broadcast applications, making it an ideal choice for most applications.

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