TSW-143-26-S-S

Rectangular connectors are quite common these days and can be found in a variety of applications. They are used to transfer electrical signals and power between two different electrical components. The particular type of connector we will be discussing today is the TSW-143-26-S-S connector, and we will take a look at its application field and working principle.

What is a TSW-143-26-S-S Connector?

The TSW-143-26-S-S connector is a type of Female Pin or Header Rectangular Connector that is used to allow multiple connections of electrical components. It has two rows of 13 pins, with 26 pins in total, and is used to make a connection between two mating components. The pins are spaced 2mm apart in a straight line and are made from a type of solder pad.

Applications for the TSW-143-26-S-S Connector

The TSW-143-26-S-S Connector is used in electrical devices that require a large number of connections to be made quickly and reliably. It is often used in a variety of industrial applications such as telecommunications, automation, and medical equipment. The connector’s compact size and low profile design makes it an ideal fit for these types of applications. It is also typically used in LED lighting applications due to its ability to withstand temperatures up to 125°C.

How the TSW-143-26-S-S Connector Works

The TSW-143-26-S-S Connector is a two-piece connector that consists of a square body and two rows of pins. The square body of the connector has a series of notches cut into it in order to securely hold the pins in place. The pins are inserted into the notches and held firmly in place by a small amount of force generated by the square body. In order to make a connection, the mating component is inserted into the square body such that it is inserted between the two rows of pins. This allows the two components to make electrical contact with each other, creating a connection.

Conclusion

The TSW-143-26-S-S Connector is a type of Female Pin or Header Rectangular Connector that is used to connect a variety of electrical components. It is used in a variety of applications such as telecommunications, automation, and LED lighting applications due to its ability to withstand temperatures up to 125°C. The two-piece connector consists of a square body and two rows of pins that are secured in place by a series of notches cut into the square body. To make a connection, the mating component is inserted between the two rows of pins, creating an electrical connection.