RJE051881310

RJE051881310 is a type of modular connector and basically a jack. The connector is a single in-line six pins connector with an insertion bridge. It is a wire to board or wire to wire connector meaning that it is used to make connections between two wires or between a wire and a board. The basic configuration of the connector contains an insulator to which the contacts are attached. The insulator can be categorized as a hood or a strain relief boot. It is made from high quality thermoplastic material.

The working principle of the RJE051881310 is quite simple. The user just has to plug the two connectors together. Then, the contacts of the two connectors make a reliable mechanical and electrical connection. This connection is made when the two connectors are inserted into one another. Because of the correct polarization design, the contacts are protected from damage caused by it being inserted the wrong way.

RJE051881310 has a wide range of applications. It can be used in audio systems, speakers, amplifiers, and so on. It is also used in RF communication, sensor systems, and power systems. It is suitable for both ribbon and discrete wiring and can be used in both consumer and industrial applications. Moreover, this type of connector offers a reliable connection for a very long time and is cost effective. This makes it suitable for various types of applications.

The construction of the RJE051881310 is also quite robust. It has a 90 degree board orientation and is well suited for applications requiring secure connections. The rugged design makes it less sensitive to shock and vibration making it suitable for high vibration environments. The modular design allows it to be used in various forms. It can be used in multiple ports with multiple patterns.

In conclusion, RJE051881310 is a modular connector, specifically a jack. It is used to make connections between two wires or between a wire and a board. It is suitable for audio systems, RF communication, sensor systems, and power systems. The rugged design makes it less sensitive to shock and vibration making it suitable for high vibration environments. The modular design allows it to be used in various forms and its cost effective nature makes it suitable for various types of applications.