5300

Mounting Feature:	--
Operating Temperature:	--
Insertion Loss:	--
Mating Cycles:	--
Dielectric Material:	Polytetrafluoroethylene (PTFE)
Center Contact Material:	Beryllium Copper; Brass
Body Finish:	Nickel
Body Material:	Brass
Includes:	--
Features:	Three Lug
Center Contact Plating:	Gold
Ingress Protection:	--
Frequency - Max:	500MHz
Fastening Type:	Bayonet Lock, Bayonet Lock
Series:	--
Mounting Type:	Free Hanging (In-Line)
Style:	Straight
Impedance:	--
Convert To (Adapter End):	BNC Jack, Female Socket
Convert From (Adapter End):	BNC Triaxial Plug, Male Pin
Center Gender:	Female to Male
Adapter Series:	BNC to BNC Triaxial
Conversion Type:	Between Series
Adapter Type:	Plug to Jack
Part Status:	Active
Lead Free Status / RoHS Status:	--
Packaging:	Bulk

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Coaxial Connectors (RF) - Adapters

Coaxial connectors, commonly known as RF connectors, are designed to be used in radio frequency systems for the purpose of transferring electrical signals. Coaxial connectors are used in many different applications, from networking and signal distribution to industrial and medical applications. In this article we will discuss the different types of coaxial connectors, their typical application fields, as well as their working principles.

Types of Coaxial Connectors

Coaxial connectors are commonly used in three different types: N connectors, SMA connectors, and F connectors. N connectors are circular metallic connectors with a threaded coupling nut, which makes them suitable for semi-permanent connections. SMA connectors are similar to N connectors, however these are smaller in size and usually have a single bayonet locking system instead of the threaded coupling nut. Finally, F connectors are the most common type of coaxial connector and are characterized by their smooth outer surface and push-on spring coupling system which make them suitable for more temporary connections.

Application Fields

Coaxial connectors are mainly used in the fields of radio frequency systems, communication systems, and broadcast networks. These connectors are used for the purpose of transferring electrical signals at high frequencies, and are therefore commonly used in wireless and cellular networks, satellite systems, long-range terrestrial radio systems, televisions and radios. In addition to their use in radio frequency systems, coaxial connectors are also used in the fields of medical imaging, industrial testing, and instrumentation.

Working Principle

The working principle of coaxial connectors is quite simple. First, two short sections of coaxial cable are connected to each other and to the receiver and transmitter devices. Then, the connectors are secured in place by either the threaded coupling nut of an N connector or the push-on spring coupling system of an F connector. Once the connection has been made the signals can be transferred efficiently with minimal interference and attenuation.

Conclusion

Coaxial connectors, also known as RF connectors, are designed to be used in radio frequency systems to transfer electrical signals at high frequencies. There are three different types of coaxial connectors: N connectors, SMA connectors, and F connectors. They are commonly used in radio frequency systems, communication systems, and broadcast networks, as well as being used in the fields of medical imaging, industrial testing, and instrumentation. The working principle of coaxial connectors is fairly straightforward. Once the connections have been made between the components, electrical signals can be transferred between the connected devices efficiently and with minimal interference or loss of signal.

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