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Coaxial Connectors (RF)

Coaxial connectors are the most popular type of RF connectors used to connect two pieces of coaxial cable. These are used to provide a signal path that is shielded from electromagnetic interference. The 172235 connector is one of the most common varieties used in RF communications. It has the capability to be used in applications where high frequencies and high power levels are involved. This article will discuss the RF connector 172235, its application field and working principle.

Application Field

The 172235 RF connector is used in various applications. It is commonly used in mobile phones, two-way radios, base-station radios, and satellite communications equipment. It is also being used in Wi-Fi networks, Bluetooth receivers, and many other electronic products. Due to its wide range of uses, the 172235 connector is considered to be a multi-purpose type of RF connector. It is also suitable for use in environments that require reliable and shielded connections.

Working Principle

The 172235 connector has a unique working principle which is based on the concept of coaxiality. This means that the 172235 connector is composed of two distinct parts – an inner conductor and an outer conductor – which are tightly arranged to fit together. This feature gives the 172235 the capability to create a continuous electrical path between two points. This electrical connection is shielded against electromagnetic interference in order to keep its signal from being distorted.

The 172235 connector also uses a crimp sleeve to secure its two parts together. This sleeve fits around the metal portion of the connector and is tightened to ensure a secure fit. Due to its capacity for high frequency and high power usage, the 172235 connector is able to provide optimal performance in various applications.

The 172235 connector is also noted for being very reliable, as it is constructed from high-grade materials. The connector has a protective covering which helps protect the contacts from moisture and dust. This covering also acts as a shield against electrostatic discharge. The connector is also resistant to heat, allowing it to withstand higher temperatures without causing damage. This helps to ensure that the connection remains secure and reliable.

Conclusion

The 172235 RF connector is a very versatile and reliable device which has been designed to support a wide range of applications. It has the capacity to handle high frequencies and high power levels, making it suitable for use in a variety of electronic products and communications systems. In addition, its construction from high-grade materials ensures its reliability and protection against electrostatic discharge. As such, the 172235 can be considered to be a highly useful and practical RF connector.

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