ESW-116-48-S-D-LL

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Rectangular Connectors - Headers, Receptacles, Female Sockets are used in a variety of applications for the efficient and reliable transmission of electrical signals. In these applications, reliability is of paramount importance and thus, quality and standards of the connectors used are of utmost importance. The ESW-116-48-S-D-LL connector is an example of such a connector and is widely used for reliable transmission of electrical signals.

Application Field

The ESW-116-48-S-D-LL connector has a wide range of applications in the field of electronic equipment and electronic components where signal transmission is critical. As the connector occupies less space and offers good insulation along with low series resistance, it is widely used in communication systems, medical diagnosis, automation and control and medical equipment. It is also widely used in industrial control systems such as train and other transportation control systems and factory automation.

The ESW-116-48-S-D-LL connector also finds application in aerospace and military applications such as aircraft and missile control, as it offers high reliability even in harsh conditions. It is also suitable for use in mobile and field operations as it is lightweight and suitable for use in extreme temperatures.

Apart from the applications mentioned above, the ESW-116-48-S-D-LL connector is also suitable for use in a wide range of consumer-related items such as laptops, cellphones and other handheld devices. The connector provides good contactpoint combinations and can easily be integrated into a device. Additionally, it is cost-effective and offers high performance.

Working Principle

The ESW-116-48-S-D-LL connector is a four-pin miniature female socket connector which is designed for reliable signal transmission. Each pin of the connector has a square shape which helps to ensure precise alignment and optimal contact between the pins and socket.

When assembled, each square pin of the connector is inserted into one of the four holes of the socket and then rotated clockwise by approximately 10 degrees. This action leads to the connector locking properly into the socket and ensuring a tight and reliable connection between the pins and socket.

The connector is also designed such that the pins and contactpoints of the socket are embedded inside a plastic housing. This housing helps to protect the pins and socket from external forces and also to keep out dust and moisture. Furthermore, the connector is designed such that the plastic housing effectively blocks out extraneous signals that may interfere with the signal being transmitted.

In order to further increase the reliability of the connection between the pins and socket, the ESW-116-48-S-D-LL connector also has a locking mechanism. When the connector is inserted into the socket, the locking mechanism ensures that the connector remains securely locked into the socket and does not become loose during operation.

Apart from the locking mechanism, the connector also has a strain relief mechanism which helps to equalise the force on the pins and socket while in operation. This helps to prevent fatigue failure over time and ensures that the connector remains reliable even after repeated use.

Conclusion

The ESW-116-48-S-D-LL connector is a highly reliable and cost-effective connector suitable for use in a variety of applications such as communication systems, medical equipment, train and other transportation control systems and factory automation. The connector is designed for reliable signal transmission and has a four-pin miniature female socket design. The connector also has a locking mechanism and a strain relief mechanism which help to ensure that the connection between the pins and socket remain reliable even under harsh conditions.

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