EHT-125-01-S-D-SM-LC-01-K

The EHT-125-01-S-D-SM-LC-01-K Connector is a type of rectangular connector manufactured by a variety of different manufacturers and used for a variety of purposes. At its most basic, this connector is designed to provide a connection point between two or more electrical systems. The connector uses one male head to fit securely in the female EHT-125-01-S-D-SM-LC-01-K socket. It is highly compact and designed to provide good electrical and mechanical connection.

Uses and Applications

This connector is typically used in medical and industrial applications, in particular the type EHT-125-01-S-D-SM-LC-01-K. Most common applications of the connector are; connecting systems in factory automation, medical equipment, transportation systems, mobile phones, test equipment, and aerospace engineering.

Working Principle

The working principle of EHT-125-01-S-D-SM-LC-01-K connectors is quite simple. First the male head, usually made of metal, is inserted into the female socket. When inserted, the head locks into place mechanically when the latch arms fit into the corresponding notches on the female connector body and create a secure connection. Secondly a current is passed through this connection as a result of the electrical contact between the two components. Thirdly sprung contacts fit snugly around the male contacts and conduct the passed current without providing a risk of short circuiting.

Benefits

The main advantages of the EHT-125-01-S-D-SM-LC-01-K connector are that it provides an effective solution for the connection of multiple systems while at the same time providing high levels of electrical and mechanical safety. The connector is also small and incredibly robust, two important advantages when it comes to using it in a variety of applications. The small size also means that the connector can easily be located in cramped areas due to its low volume.

Conclusion

In conclusion, the EHT-125-01-S-D-SM-LC-01-K Rectangular Connector – Headers, Male Pins provides a secure and reliable connection point for multiple systems. It is highly versatile and small enough to be used in areas with limited space, making it ideal for industrial, aerospace, and medical applications. It is also incredibly robust, providing a high level of protection against short-circuit or mechanical damage.