TSW-128-26-L-S

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The TSW-128-26-L-S is a type of rectangular connector and header specifically designed for high-density applications where space and size aren’t an issue. This type of connector is also referred to as a “hook-up” connector. The TSW-128-26-L-S header is designed for use with contacts ranging from 0.08mm to 0.125mm. It has a total contact count of 128 and a “L” profile block design for easier inserting of the contacts. Its pins are also divided into four groups for easy identification.

TSW-128-26-L-S connectors are primarily used in high-density applications, such as in PCBs. This type of rectangular connector is especially useful in applications where a large amount of data and power need to be transmitted in close proximity. As an example, these connectors are commonly used in computers, phones, and other digital equipment where a large number of signals are transmitted.

The working principle of the TSW-128-26-L-S header involves the transmission of two electrical signals per pin. When two signals are transmitted, the signals travel through a central connector. This is further divided by the four groups of pins. Each group contains two signals, with one signal functioning as a ground signal and the other functioning as a positive signal. As the signals travel through the connector, it is then sent to a PCB for further processing or transmission.

The TSW-128-26-L-S header is an important component in the manufacturing process of high-density electrical connections. It is able to easily provide high-density connections between two components, and it is also economical and lower cost in manufacturing. The ease of implementing this type of connector makes it a popular choice for manufacturers and end users alike.

The TSW-128-26-L-S header is a versatile connector that can be used in a variety of applications. It is commonly found in computers, phones, electronics, and other digital equipment and is an important part of the manufacturing process for these products. It is durable, efficient, and economical, making it an essential component in many technologies.

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