MTSW-103-21-T-S-1076

MTSW-103-21-T-S-1076 connectors are versatile and relatively small electrical connectors that are commonly used to interconnect wire-to-wire and/or board-to-board systems. These types of connectors are rectangular and have male pins on each end. The most common configuration consists of two rows of pins, that are interspersed with one another, allowing for the secure connection of two individual circuits.

This type of connector is specifically used in a variety of applications, such as automation, industrial control, and entertainment. This is due to the fact that they are able to handle a wider range of current ratings than other types of connectors, and they also provide superior contact force/strengthening and protection against electrostatic discharge. As a result, they provide a reliable connection for all types of systems.

In terms of working principle, MTSW-103-21-T-S-1076 connectors utilize a two piece design. The first piece, called the socket, contains two rows of pins, with the two rows being staggered in order to securely snap the second piece, the cover, into place. When the cover is snapped into place, the pins from the socket and the cover touch, thus allowing for a secure connection between the two circuits.

The cover can be locked in place, utilizing a sliding tab that spans across a ridge on the socket. This locking feature helps to prevent accidental disconnections from occurring, such as caused by vibration or movement. Additionally, a plastic shield may be added to further protect the mating connection from damage.

In conclusion, MTSW-103-21-T-S-1076 connectors are designed for a wide variety of applications, such as automation, industrial control, and entertainment. In addition, they provide a reliable, secure connection that is also easily maintained. Their two piece design, consisting of a socket and a separate cover, further enhances the security and stability of the mating connection. As a result, these connectors are often the best choice for applications that require optimal performance and reliability.