CT3351

Coaxial connectors are one of the most common type of connectors used in the communication industry, providing an efficient method for transmitting signals between two points. The CT3351 is a type of coaxial connector, renowned for its high performance and robustness. This article will discuss the various applications of the CT3351 and its working principle.

Applications of CT3351

The CT3351 is a popular type of commercial connector, designed for use in a variety of applications. It is particularly well-suited for high-frequency applications, due to its low insertion loss, low return loss and low IMD performance. It is also often used in applications where low VSWR requirements are essential. Examples of applications include satellite television and radio broadcasting, wireless communication systems, and military and aerospace applications.

Working Principle

The CT3351 is a 50 Ω RF connection. It is composed of two major components: the inner conductor and the outer shield, both having a common terminus. The inner conductor within the connector is typically a pin, and is made of brass or stainless steel. The outer shield design provides the necessary strength to the cable assembly for reliable performance. It is typically manufactured with brass or stainless steel construction and is sometimes plated with nickel-plating for extra protection against corrosion. Both the inner conductor and the outer shield are connected to a single female receptacle.

Since the CT3351 is a 50 Ω RF connection, the impedance of the connector is determined by the geometry of the contacts within the connector. The impedance is usually determined by the distance between the inner and outer shield which can be adjusted by the included cable ties or clamp-on contacts. The contact interface is also designed to ensure a low contact resistance and provide a secure but reliable electrical connection.

Conclusion

The CT3351 is a type of coaxial connector, designed for use in a variety of applications. It is a 50 Ω RF connector and is composed of an inner conductor and an outer shield which have a common terminus. It is widely used in applications where low VSWR requirements are essential, such as satellite television and radio broadcasting, wireless communication systems, and military and aerospace applications. The impedance of the connector is determined by the geometry of the contacts within the connector by adjusting the distance between the inner and outer shield. Moreover, the contact interface is also designed to ensure a low contact resistance and provide a secure but reliable electrical connection.