112965

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Coaxial Connectors (RF) are an integral part of any radio system, and the 112965 in particular has been developed to provide reliable and robust connection. It has a unique field of application and specific working principles, and this article will explain both of these in detail.

Application Field

The 112965 Coaxial Connector (RF) is mainly used in high frequency radio systems, especially ones transmitting in the 2.4 - 5 GHz frequency range. This includes sectors such as security and surveillance, radio navigation and avionics, and radio broadcast systems. It is suitable for applications where reliable transmission is important, but is not limited to this; the connection is robust enough to be used in other applications where a reliable and secure connection is needed.

Working Principle

The 112965 Coaxial Connector (RF) consists of two parts; a rotating outer sleeve and the inner connector body. The outer sleeve is rotatable and when placed in its correct orientation provides a secure connection to the inner connector body. The inner connector body is typically a de-centered pin or socket, and this is where the signal is transferred. The outer sleeve rotates to provide a tighter connection to the inner connector body, ensuring a robust and secure connection is made.

The 112965 Coaxial Connector (RF) also features a low contact resistance, which is essential for an efficient and secure connection. It also has a low voltage standing wave ratio (VSWR), which helps to reduce the signal interference and reflection. Additionally, the 112965 Coaxial Connector (RF) is rated to withstand temperatures ranging from -65 to +130°C, making it suitable for a vast range of environments and applications.

Conclusion

The 112965 Coaxial Connector (RF) is a robust and reliable solution for a variety of high frequency radio systems. Its application fields range from security and surveillance to radio broadcasting, and it is able to withstand extreme temperature conditions, thanks to its low contact resistance and low VSWR. It is an ideal choice for applications where secure and reliable signal transmission is needed.

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