MTMM-108-09-G-D-318

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MTMM-108-09-G-D-318 is a type of rectangular connector - headers, male pins, designed for a variety of higher and higher density application fields. It allows for secure and reliable connections between networks, computers and components, and facilitates the transfer of data and power. It has nine contacts at each place. This type of connector is small, light and easy to use and can easily and quickly connect various components in a reliable, efficient and safe manner.

The MTMM-108-09-G-D-318 application field range from PCB and other printed circuit boards, retail applications, automotive equipment, industrial equipment and many more. It is widely used in various application fields because of its small size, good reliability and cost-effectiveness. In addition, its robust design ensures that it can withstand extreme conditions and temperature fluctuations.

The working principle of MTMM-108-09-G-D-318 is based on a metal guide system, which is inserted into the contact corresponding to the edge of the board. The contacts then form a mechanical and electrical connection between two surfaces. The metal guide system is also responsible for producing a low-friction and highly durable connection. A variety of technologies are used in the manufacturing of the connectors in order to meet high-quality performance expectactions. These technologies include stamping, plating, lamination and welding.

This type of connector also has a variety of environmental protections to enhance safety and performance. It also supports a wide range of operating temperature range from -40 to +85 degrees Celsius and can perform well even when exposed to high vibration or shocks. This ensures that a reliable connection can be formed even in challenging conditions.

Overall, the MTMM-108-09-G-D-318 is a great choice for a variety of application fields due to its small size and superior reliability. Its wide temperature range and robust design make it suitable for challenging environments and allows for reliable connections between networks, computers and components.

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