FVN.4V.650.CLAC15

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Coaxial Connectors (RF) are used in a variety of applications, including radio frequency (RF) communications, data transmission, and other wireless devices. Among those, the FVN.4V.650.CLAC15 is a type of RF connector specifically designed for applications that require low power and wide frequency range. This article examines the application field and working principle of the FVN.4V.650.CLAC15 connector in closer detail.

Applications

The FVN.4V.650.CLAC15 connector is most typically used in applications that require a broad frequency range, low-power losses, and durability. The FVN.4V.650.CLAC15 is capable of operating within a frequency range of 1 GHz to 8 GHz, making it suitable for a wide range of applications such as mobile radio, broadcast radio, radio navigation systems, and wireless modems. It is also used for testing and measurement applications, such as a BITE test, a comprehensive diagnostic tool for the evaluation of components, signals, and systems. Additionally, the connector is used in highly mobile applications that require secure connections that resist shock and vibration, such as anti-interference telecommunications projects.

Working Principle

The working principle of the FVN.4V.650.CLAC15 is based on coaxial transmission. The connector is composed of a threaded nut housing, which can be used to support and protect the inner components from environmental influences. The threaded nut houses a central wire (center pin) surrounded by a conductor ring. The connection is completed when the center pin is inserted into a receptacle connected to the equipment. The connection is insulated to avoid short-circuiting and ensure reliable signal transmission.

To ensure greater impedance control capabilities, the FVN.4V.650.CLAC15 is designed with a solid-core center contact pin to reduce insertion loss. The center contact pin is sealed tight with thermoplastic rubber to keep it from shifting or loosening during operation. Moreover, the FVN.4V.650.CLAC15’s high-frequency RF shielding reduces the interference generated by incident radiation, preventing it from degrading the signal quality.

Conclusion

The FVN.4V.650.CLAC15 is a coaxial connector specifically designed for RF applications that require low power, wide frequency range, and reliable signals. It has a frequency range of 1 GHz to 8 GHz, making it suitable for transmission and measurement applications. The FVN.4V.650.CLAC15’s solid-core center contact pin reduces insertion loss, and its thermoplastic rubber seal prevents the contact pin from shifting or loosening during operation. The FVN.4V.650.CLAC15’s RF shielding reduces the interference generated by incident radiation.

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