082-4451

Coaxial connectors (RF) are electrical connectors used to connect radio frequency (RF) and coaxial cables. One of the most common and popular coaxial connectors is the 082-4451 type. It is used for a wide range of electronic applications, from commercial communications to military applications. Understanding how this type of connector works and the technology behind it is important for any electronic engineer.

The 082-4451 type of coaxial connector is a threaded coupling type connector used to join two electrical lines together in a secure manner. It is constructed of a brass body and a zinc die-cast coupling nut and gaskets. It has two crimp sleeves - the inner sleeve and the outer sleeve - for secure electrical connections. The inner sleeve, which is the contact part of the connector, is made of brass and is designed to provide electrical contact between two wires of differing sizes. The outer sleeve provides a secure and reliable connection between the inner sleeve and the outer wire.

The 082-4451 connector is designed to be used with both RG59 and RG6 coaxial cable types. It is designed to connect two cables without having to go through the complex process of soldering. This is especially helpful when working with sensitive electronic equipment where soldering could create signal loss, damage, or interference. Additionally, it is quick and easy to attach and detach, saving time and effort during installation and troubleshooting.

The 082-4451 connector is also designed to provide reliable performance, even under some of the harshest conditions. It is rated for up to 6GHz of RF and is highly resistant to corrosion, vibration, moisture, and temperature cycling. It also has a unique self-cleaning design that prevents debris from worsening the performance of the connection, ensuring that it will continue to provide reliable performance over time.

The 082-4451 type of coaxial connector is an excellent solution for many electronic applications. It is a reliable and cost-effective way to connect coaxial cables and provides the performance needed in many harsh environments. Understanding its working principle helps engineers get the most out of this particular type of connector.