MTSW-104-10-G-S-007-RA-001

MTSW-104-10-G-S-007-RA-001 is a type of rectangular connector, classified as Headers, Male Pins. It is designed to provide efficient transmission and protection of signals in a variety of electronic devices, from computers and telecommunications products, to household electronics such as TVs, slimming machines, kitchen appliances, etc.

The rectangular devices are generally designed to fit a specific pin density, mounting holes, and other requirements. The MTSW-104-10-G-S-007-RA-001 is a 4-position header, making it suitable for connecting lower-speed signals, power, and control lines up to 10A for use in intelligent devices and many other applications.

The most distinctive feature of MTSW-104-10-G-S-007-RA-001 is its unique combination of high-speed and high-current-density contact system. It uses a 10-pin-row configuration and incorporates high-density silver-plated contacts that provide superior signal integrity and power handling. This enables the connector to maintain an electrical connection even when subjected to vibration and other external stimuli. Additionally, the connector utilizes a low-profile design that reduces space requirements and provides easy integration with other components.

The connector is also designed for quick and easy installation. It utilizes a break-away header design which allows for the connector to be disconnected without having to remove other components. This enables the user to quickly and easily add or remove components as needed. Finally, the MTSW-104-10-G-S-007-RA-001 also incorporates an interfacial seal which helps protect the connections from dust, moisture, and contaminants.

The MTSW-104-10-G-S-007-RA-001 is designed for use in a variety of applications such as remote and distributed control systems, power and signal distribution, audio/video signal systems, and other low-current applications. It is UL rated up to 16 VDC, 10A at 50°C, making it suitable for applications inside and outside of the home or office environment. The combination of its high-current-density contact system, break-away header design, and interfacial seal make it an ideal solution for a wide range of applications.