142-0202-016

Coaxial connectors (RF) encompass a range of connection types which are designed to transfer signals across a physical interface with low interference. The 142-0202-016 is a coaxial connector with a specific application field and working principle.

This particular model is designed to connect two points in a radio frequency coaxial network. This type of connection is particularly suited for high-frequency signal communication, such as satellite television and radio broadcasts in addition to other forms of TV and radio production. It is also well-suited for military projects involving high-precision frequency communication.

The 142-0202-016 has a number of features which make it particularly suitable for this application field. It is designed with a threaded interface, which is economical and easy to install but provides a secure connection. This threading ensures that the connection can handle higher pressure, and it also works to make the contact gap between the connection parts smaller.

Another feature of the 142-0202-016 is its high temperature operating range, which can operate from -55 degrees Celsius to +125 degrees Celsius. This ensures that it can be utilized in hot environments without the connection deteriorating or melting. Additionally, the materials used in the construction of the connector are rust and corrosion resistant, which makes it durable in corrosive environments.

The 142-0202-016 works through the principle of impedance matching. This type of connection involves matching the electrical characteristics of the two connected entities in order to ensure minimal signal distortion. The impedance matching allows two entities to be connected despite varying frequencies, while also providing conductivity. The conductivity of this connection is high due to the threaded design, which minimizes any gaps between the contact points, ensuring that a secure connection is formed.

In summary, the 142-0202-016 is a coaxial connector designed for radio frequency communications. It has a threaded design which provides a secure connection with minimal impedance mismatching. It also has a high temperature operating range, and its construction is corrosion and rust resistant, making it suitable for a variety of environments. This makes it the perfect option for high-frequency signal communication projects.