61083-044022

61083-044022 Application Field and Working Principle

The 61083-044022 is a mezzanine board to board rectangular connector which is well-suited for use in a variety of applications. This connector is designed for high speed applications due to its low insertion loss, which makes this connector suitable for use in high speed applications such as Ethernet, HDTV and displays. The 61083-044022 can also be used for applications where signal integrity and shielding are extremely important, such as medical imaging and test instruments.

The 61083-044022 has a rectangular shape and offers an array of signal, power and robust contact points which allow for a variety of connectors to be added. The connector is made from materials with low tolerances, making it very reliable in harsh environments. The array of connectors provides excellent performance when used in high speed applications.

The 61083-044022 also includes a neoprene dust cap to protect the connectors from dust and other particles. This is important as dust can cause corrosion and other problems which can lead to failure in the long run. The neoprene dust cap also helps to prevent accidental connections, which can result in incorrect connections or signal loss. The neoprene dust cap also helps to reduce EMI, or electromagnetic interference.

The working principle of the 61083-044022 is simple. When it is connected to an electrical circuit, it allows a signal to be sent along the connectors to the other end of the circuit. The signal is then transferred to the other end, either through a connector, or directly to a signal device. Depending on the application, these signals can either be analog or digital, depending on the signal needs of the application.

In summary, the 61083-044022 is an excellent board to board connector, suitable for a variety of applications. Its rectangular shape and array of connectors make it an ideal choice for applications where speed and signal integrity are a priority. Furthermore, its neoprene dust cap helps to protect the connectors from dust and particles, as well as to reduce EMI.