MTMM-110-05-S-S-140

The MTMM-110-05-S-S-140 is a rectangular connector for headers and male pins. This type of rectangular connector has been used in various applications to accommodate different sizes of boards. It is also designed to be used in various electronic components and systems.

Applications of the MTMM-110-05-S-S-140 connector are wide and varied. They can be found in audio/visual devices, computer cables, industrial control systems, and automotive applications. They are commonly used to connect audio, video, and other high-speed signal inputs/outputs. In addition, they are used to connect power and cooling fans, and power wires in consumer and medical electronics.

The basic working principle of the MTMM-110-05-S-S-140 connector is simple. The pins of the connector make electrical contact with the holes in the board, thus completing the electrical connection. The contact between the pins and the holes generates sufficient resistance for current flow. The result is an electrical connection that is able to transfer current reliably.

In addition to providing electrical contact between the pins and the board, the MTMM-110-05-S-S-140 connector also serves a mechanical purpose. The pin textures in the connector are designed to provide an anti-slip grip on the board. This ensures that the connectors remain firmly in place even when subjected to mechanical shocks. Furthermore, the connector’s plastic housing provides a mechanical protection for the pins.

The MTMM-110-05-S-S-140 connector is a reliable and versatile connector. Its ability to make electrical contact and withstand mechanical shock makes it ideal for a variety of applications. Furthermore, the connector is designed for ease of use. The pins are easily removed and replaced, making it easy to repair and maintain.

In conclusion, the MTMM-110-05-S-S-140 is a rectangular connector for headers and male pins. This type of connector is suitable for a wide range of applications, including audio/visual devices, computer cables, industrial control systems, and automotive applications. Its working principle is based on efficient electrical contact and mechanical protection that make it suitable for a variety of use cases. Finally, its design makes it easy to maintain and repair, making it an ideal choice for most applications.