MTSW-104-07-L-S-145

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The MTSW-104-07-L-S-145 is a rectangular connector header typically used in various electronic applications. Its male pins are typically made of a combination of brass and copper, while the plastic body housing is usually made of thermoplastic polyester. The pins are spring-loaded, which provides a reliable connection while also allowing the connector to flex or move while remaining firmly connected.

The connector is generally used in a variety of applications, such as in the telecommunications industry, consumer electronics, automotive or marine electronics, medical or industrial instrumentation, and computer and data communication equipment. The MTSW-104-07-L-S-145 connector is particularly useful for connecting digital and analog signals, as it provides a stable connection with low insertion and extraction force. It also offers superior mating reliability and voltages up to 10,000 volts.

The MTSW-104-07-L-S-145 connector has several features that make it an ideal choice for many applications. Its design makes it easy to install and remove, and its male pins offer superior mating reliability and high vibration and shock resistance. The female pins are recessed to ensure they are not accidentally shorted out. It has a low profile, which allows it to fit into tight areas. And its excellent EMI- and RFI-shielding abilities help to reduce interference.

The working principle of the MTSW-104-07-L-S-145 connector is relatively simple. When the male pins are inserted into the female ports, they make an electrical connection with the female port connectors. This connection is then secured by the cable strain reliefs, which keep the cables properly positioned and prevent unwanted movement or strain on the connection. The resulting connection is both reliable and secure.

Overall, the MTSW-104-07-L-S-145 rectangular connector header is an excellent choice for a variety of electronic applications. Its combination of features make it ideal for connecting digital and analog signals, and its secure connection and high vibration and shock resistance make it well-suited for demanding applications. Furthermore, its low profile and EMI- and RFI-shielding abilities make it ideal for tight spaces and minimize interference.

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