172103RP

Coaxial connectors (RF) are devices used to secure the connection between two pieces of coaxial cable. They serve the purpose of providing a reliable electrical contact between the two pieces of cable, thereby ensuring a strong electrical signal transmission. The 172103RP application field and working principle is one of the many coaxial connectors found in the industry.

The 172103RP connector is typically used in wireless communication applications. It is commonly found in radio transmissions, cellular phone equipment, and other telecommunications devices. The connector is rated up to 3GHz, making it suitable for a wide array of high frequency applications. The connector has a maximum current rating of 10 amps which is adequate for most applications involving signal transmission.

The 172103RP connector, like all coaxial connectors, utilizes a pin and socket system. This system allows the connector to achieve a secure and reliable connection between the connector and the cable. The pin is inserted into the socket which is then locked into place. This locking mechanism is typically an SMA or SMB, although other locking mechanisms may be used as well. The locking mechanism can either be a compression mechanism or a twist-on type mechanism.

Once the connector is locked into place, the two pieces of coaxial cable are secured together via the connector. The connector is designed to provide a strong electrical connection by means of an electrical contact between the two pieces of cable. This contact is created by way of an electrical contact between the pin and socket of the connector. This contact enables a strong signal transmission between the two pieces of cable, ensuring a reliable and secure connection.

The 172103RP application field and working principle is just one of the many connectors used in the industry. This type of connector is popular for its robustness and easy use in a variety of applications. The connector also offers added protection against electromagnetic interference (EMI) which is beneficial in many applications. As such, it is an ideal solution for a variety of wireless communication applications.