MTSW-110-11-S-D-350-RA

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The MTSW-110-11-S-D-350-RA is a rectangular connector - header, male pin, that helps establish a connection between two or more populated or unpopulated boards. Its performance can be found in a variety of applications, including industrial machinery, PCs and various communication systems. They are suitable for applications that require high reliability and where a low contact resistance is necessary.

The MTSW-110-11-S-D-350-RA provides a reliable, secure connection between the two boards and it can be easily installed, making it a great choice for a variety of applications. This connector is also available in multiple mating types, allowing for compatibility with different types of boards.

The MTSW-110-11-S-D-350-RA has an optimized design which minimizes the strain on the board while offering optimal contact resistance and long term reliability. It carries two wire pins for data transmission and a ground pin for providing support. The two pins for data transmission each have two distinct contact points; one is for power and the other is for ground.

The contact resistance of the MTSW-110-11-S-D-350-RA is around 0.02 ohms, preventing the risk of oxidation of the contacts. The contacts are made of copper alloy and are gold-plated for improved conductivity and low resistance. This gold plating increases contact reliability and ensures long-term protection against corrosion.

The MTSW-110-11-S-D-350-RA can be used in a variety of applications, such as measuring instruments and communication systems. Furthermore, it is designed with a latching mechanism, allowing it to remain engaged even after repeated plugging and unplugging. The connector is also RoHS compliant and can be used in harsh environments, such as high temperature, humidity and splashing liquids.

The MTSW-110-11-S-D-350-RA has been proven to be a reliable connector for a variety of applications since it provides a reliable and secure connection with excellent anti-corrosive properties. It is also suitable for applications where a low contact resistance is necessary, including industrial and communication systems. Additionally, its optimized design minimizes contact strain, improving the overall performance.

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