Rectangular Connectors - Headers, Male Pins

TSW-107-26-L-D Application Field and Working Principle

TSW-107-26-L-D Rectangular Connectors, also known as male headers, are a type of connector that is used to connect two devices or circuit boards together. It is made up of two parts, a plastic housing and two or more printed circuit board (PCB) pins, which are housed in the housing. The housing has shielding properties, which are used to reduce electromagnetic interference, and the pins are used to make the connections.

The TSW-107-26-L-D connectors are used in many applications, including computer and other electronic products, instrumentation, signal processing systems, and communication equipment. They are also used in the automotive industry, medical devices, and aerospace systems. The TSW-107-26-L-D connectors provide an economical and reliable method of connecting two or more devices, and are becoming increasingly popular in high volume manufacturing and assembly operations.

The working principle of the TSW-107-26-L-D connectors is relatively simple. The pins are inserted into a connector housing, with the female portion of the connector facing the opposing device or circuit board. The pins then make contact with the pins on the other side of the connector, and the electrical connection is made. In some cases, the pins may also be forced into contact by a spring-loaded latch.

The TSW-107-26-L-D connectors are designed for a wide variety of applications, including board-to-board connections, signal connections, high speed LVDS, and high density interconnects. They offer high performance, including the low contact resistance, high current capacity, and excellent thermal conductivity. Additionally, the TSW-107-26-L-D connectors provide robust shielding to reduce EMI, and are designed to operate in harsh environments.

In conclusion, the TSW-107-26-L-D connectors are an economical and reliable method of connecting two or more devices. They are easy to use, and are designed for a variety of applications. Additionally, they provide excellent shielding to reduce EMI, as well as high performance levels for their various applications.