TSW-129-26-S-S

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Rectangular Connectors – Headers, Male Pins

The TSW-129-26-S-S is a type of rectangular connector – a header – that consists of two parts: the male pins, and the female socket. It is a lightweight and versatile component, typically used on printed circuit boards. Its low profile design fits well into applications where space is limited. It can also be easily adapted to customized designs.

The TSW-129-26-S-S connectors are mostly used in small-scale projects, ranging from hobbyist projects for basic electrical systems, to more advanced industrial applications. It is particularly well-suited for use in prototyping, due to its easy customization and low cost. It is also capable of carrying high-frequency signals, making it well-suited for digital applications. Other applications include digital signal processing (DSP) circuitry, communications, information systems, and consumer electronics.

The TSW-129-26-S-S connectors come in two parts – the male pins and the female socket. The male pins are designed to be inserted into the female socket. They have a special coating that increases electrical contact and reduces resistance. The female socket is a hollow receptacle that is designed to receive the male pins. It has a number of contact points, typically copper or tin-plated contacts, to ensure reliable contact between the two components.

The working principle of the TSW-129-26-S-S connectors is simple but effective. When the male pins are inserted into the female socket, the contacts in the female socket make electrical contact with the pins. This creates a reliable electrical connection between the two components, and also helps reduce resistance. The connectors also prevent the pins from coming into contact with other components, such as other wires or other pieces of the circuit board, thus preventing short circuits.

The TSW-129-26-S-S connectors are reliable, easy to use, and can be customized for specific applications. They are especially useful for prototyping, as they are inexpensive and easy to modify for a particular project. They are also capable of carrying high-frequency signals, making them well-suited for digital applications. With their low profile design, they are also useful for small-scale projects where space is limited.

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