134-1019-361

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Coaxial connectors, commonly referred to as RF connectors, are used in a variety of industries to connect two terminated cables, or as jumper cables. The 134-1019-361 coaxial connector is no exception and is employed in a wide array of applications. This article will explain the wide range of applications of the 134-1019-361, and the basic working principles of the connector.

Applications Of 134-1019-361 Coaxial Connector

The 134-1019-361 coaxial connector can be used in a large variety of applications, from the transmission of communication signals to power cables. It\'s most commonly used in radar, navigation, and satellite systems due to its high frequency and efficiency ratings. Its small size also makes it convenient for use in high density applications. In addition to these applications, the 134-1019-361 can also be used in wire-to-wire applications, such as with laptops and other electronic devices. The connector is also used in television sets, video cameras, and other video-recording or visual equipment.

Working Principle Of 134-1019-361 Coaxial Connector

The working principal of the 134-1019-361 coaxial connector is similar to other types of RF connectors. The 134-1019-361, like other RF connectors, consists of an inner conductor, which is surrounded by an insulator, and then a dielectric, or outer conductor. The inner conductor, or the pin, is typically made of copper or aluminum, and provides the connection between the two cables. The insulator, usually a metal sleeve, creates a physical separation between the two cables and prevents the inner conductor from coming into contact with the outer conductor. The dielectric functions as a shielding material and prevents electrical interference from outside sources.

Once the 134-1019-361 coaxial connector is inserted into a port, the two ends of the inner conductor are then connected together. This creates an electrical connection between the two cables and allows the signals to be transmitted across the connection. The outer conductor creates an electrical shield, protecting the inner conductor from extraneous signals and interference. This greatly improves the signal integrity of the connection.

Conclusion

The 134-1019-361 coaxial connector is a small and efficient connector, used widely in a variety of applications. Its relatively small size and high efficiency ratings makes it a popular choice for use in high density scenarios, such as with radar, navigation, and satellite systems. The working principle of the connector is similar to other coaxial RF connectors, with an inner conductor, an insulator, and a dielectric for protecting the connection.

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