MTMM-110-14-S-D-512

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MTMM-110-14-S-D-512, is the full denomination for a rectangular connector header with male pins. Connectors of this type are widely used as electrical interfaces in the world of engineering, because of it\'s common use in various electronic assemblies and systems of electronic communication.

Application Field

The primary use for MTMM-110-14-S-D-512 applies to applications such as simple home-appliances such as televisions, refrigerators, and cookers. It can also be found in applications in the medical engineering, electronic controls, automotive systems, and general IoT applications. This connector is very helpful due to its high-speed communication capabilities and also its extremely small footprint, which is convenient for tight spaces.

Working Principle

The MTMM-110-14-S-D-512 header is a solderable connector with female pins. The pin-connector utilizes a lay-out with 14 rows of 2 pins (one row each for positive and negative connections). This layout provides two concentric rows of pins which helps to reduce the radius of the connectors while utilizing the space. When the header is mated with the board, the vertical contact pins of the board are attached to the horizontal contact pins of the header which ensures connection across one row at a time. This ‘Push-in / Push-out’ principle ensures reliable connections between two components.

The contact pins are made from Beryllium Copper which differentiates them from other connectors. The Beryllium Copper ensures low contact resistance and provides maximised current carrying capabilities while at the same time having better corrosion resistance than standard copper contacts. Beryllium Copper also has some self-healing properties; which means that even if the connector becomes scratched or worn, it can regenerate itself and maintain its current carrying capabilities.

Conclusion

The MTMM-110-14-S-D-512 is the perfect choice for applications that need high-speed communication and small footprint capabilities. It utilizes the Beryllium Copper material for its contact pins which ensures low contact resistance and max current carrying capabilities. The Push-in / Push-out principle of mating the connector ensures reliable connections between two components. This kind of connector can be found in various industries such as medical engineering, electronic controls, automotive systems, and general IoT applications.

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