ESQT-120-03-L-S-340

Rectangular Connectors are used in a multitude of commercial and industrial applications and come in a variety of design styles. The ESQT-120-03-L-S-340 is a specific type of rectangular connector. It has a double-row header style with double locking rows that provide a secure fit. It is suitable for the secure passage of both power and signal wires. Here, we will explore the application field and working principle of the ESQT-120-03-L-S-340.

Application Field

The ESQT-120-03-L-S-340 is a reliable choice for use in various applications which involve transmitting power and data. It is commonly used in medical equipment applications, as well as in the audio-video and telecommunication industries. Its low-profile design and double locking rows make it a suitable choice for various compact applications. The ESQT-120-03-L-S-340 can also be used in automotive, military, and aerospace applications. It is also suitable for use in entertainment systems.

Working Principle

The ESQT-120-03-L-S-340 works by creating a secure connection between two mating components. It has double-row header contacts which are securely locked into a socket on one end, and a female receptacle on the other. The socket has four metal contacts which fit into slots in the connector, and are secured by two locking rows. This secure fit ensures that the power and signal wires are securely connected and not liable to come loose. The connector also has signal contacts which are used to transfer data between the two components. The connector has a range of different contact configurations which can be used in different applications depending on their needs.

Conclusion

The ESQT-120-03-L-S-340 is a type of rectangular connector which is used to connect two components securely. It is highly reliable and suitable for use in applications which require the transfer of both power and data. Its double-row header contacts are securely locked into a socket which ensures that the wires and data signals are securely connected and not liable to come loose. It is commonly used in medical equipment, audio-video, telecommunication, automotive, military and aerospace applications, as well as in entertainment systems.