TSW-128-17-S-D

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Rectangular Connectors - Headers, Male Pins are common items in electrical/electronic assemblies. Connectors provide connections between components, and the TSW-128-17-S-D is a type of rectangular connector commonly employed in various applications. This article describes the application field and working principle of the TSW-128-17-S-D rectangular connector.

Application Field

The TSW-128-17-S-D connector is widely used in many professionally employed electronics. It is a two-row, through-hole mounted header that has a 1.27 mm pitch spacing between adjacent pins. The TSW-128-17-S-D connector is commonly used in the automotive, computer, telecommunications, consumer electronics, and medical device industries. Additionally, it can be used for data communications, audio/video signal connections, power, and low-speed interface connection applications.

The particular configuration of the TSW-128-17-S-D connector consists of two rows of 128 pins each, with a 2.54 mm gap between adjacent pins in each row. It is made from UL 94V-0-approved materials and can support both directions of current flow. It also has optional liquid crystal polymer housings, and a wide range of vertical- and horizontal versions for different cable orientations.

Working Principle

The TSW-128-17-S-D connector relies on a simple principle for its functioning. It has two rows of contacts. Each row has 128 contacts that have a 1.27 mm spacing between them. An insulating plastic housing holds each row together. This housing also has two guides which slot into the sides of the sockets on the motherboard or other components that the connector is connected to.

The socket has a set of raised points between the sections of the socket, so that when the connector is pushed down into the socket it is held firmly in place. When the connector is inserted into the socket, a metal arm is pushed up and in, creating an electrical connection between the contacts in the connector and the contacts in the socket.

You can see this principle in action when a connector is inserted into its socket. The arm pops up and then clicks into place when the connection is made, providing a secure and reliable connection for the contacts. This connection works for both data and power, and is ideal for applications such as automotive, telecommunications, and medical device systems.

Conclusion

The TSW-128-17-S-D connector is a two-row, through-hole mounted header that is often used in professional electronics applications. It has a 1.27 mm pitch spacing between adjacent pins and is made of UL 94V-0-approved materials. It is commonly used in the automotive, computer, telecommunications, consumer electronics, and medical device industries, and can support both directions of current flow. Its simple working principle involves a metal arm being pushed up and in to create an electrical connection when the connector is inserted into its socket.

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