916B524B

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Coaxial connectors, or RF connectors, provide a reliable and secure transfer of electrical signals for a wide range of communication applications, including radio, television, and telecommunications. The 916B524B is one type of RF connector that is designed to meet the rigorous demands of precision and high bandwidth communication needs. This article will discuss the application field and working principle of the 916B524B.

Application Field of 916B524B

The 916B524B connector is a 50 Ohm coaxial connector with 2.92mm connectors. It has a maximum frequency of up to 67GHz, making it suitable for a range of high bandwidth applications such as base stations, avionics systems, satellite, radar, and test and measurement. Its locking mechanism provides a secure connection, ensuring accuracy and precision even in harsh environmental conditions. This ensures that the 916B524B is safe and reliable, making it a suitable choice for a range of applications.

Working Principle of 916B524B

The 916B524B connector utilizes a push-pull coupling mechanism to ensure a secure and reliable connection. The outer conductive body of the connector is spring loaded, allowing it to be pushed into the corresponding mating part. Once mated, the outer conductive body forms a mechanical connection, creating a secure and reliable connection for signal transmission. The center contact is made of gold-plated brass and is designed to minimize signal loss. The sealing elements in the middle of the connector prevent water ingress and provide additional strain relief.

The 916B524B connector utilizes an internal gasketing system to prevent water ingress and dust from entering the connected device. The gasket is made of EPDM, a type of rubber that is resistant to heat, chemicals, and UV rays, making it suitable for use in both indoor and outdoor environments. The gasket is also designed to provide additional strain relief, preventing the connector from coming loose when the device is moved or shaken.

The 916B524B connector also utilizes a positioning pin to ensure that the connector is correctly aligned and mated with the corresponding mating part. This ensures that the contact is made correctly and that no signal interference is caused by the positioning of the connector. The pin also prevents the connector from coming loose, ensuring that it stays reliably connected even in rough conditions. This prevents signal interference and ensures that the connection is secure and reliable.

Conclusion

The 916B524B is a robust and reliable RF connector designed to meet the high standards of precision and bandwidth communication needs. Its push-pull coupling mechanism, internal gasketing system, and positioning pin provide a secure connection with minimal signal loss. Its wide range of application fields makes it a suitable choice for a variety of communication needs. Its special design features make it a reliable choice for a range of applications.

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