MTMM-108-07-G-D-175

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Rectangular connectors, also referred to as headers, male pins or pin headers, provide a reliable, cost-effective solution for signal, power and data connection, and are just one type of connector technology available to engineers today. For more advanced applications, the MTMM-108-07-G-D-175 is a tall, sturdily-designed multi-pole rectangular header. It is often used in devices requiring a high quality connection, such as in telecommunications and other industrial applications.

The MTMM-108-07-G-D-175 connector is well-suited for applications requiring versatility. With seven total poles, these connectors present two power/signal poles each on three sides, and a single pole on all four corners. These eight pins provide a greater connection density, improved electrical performance, and reduce signal interference compared to conventional headers.

The MTMM-108-07-G-D-175 connector is constructed with a die-cast internal body which provides additional ruggedness and vibration resistance. Its threaded mounting holes make it easier to secure to a variety of mounting locations. The pins are made of 6.3mm thick stamped brass, and the headers are available in various colors for easy identification.

The working principle of the MTMM-108-07-G-D-175 connector is simple. When mated with a compatible connector, contact is made between the male pins and the female receptacle. This creates an electrical connection, allowing signals or power to be transferred. It is important to ensure that the pins are properly aligned with the female connector before mating, to ensure a secure and reliable connection is made.

The MTMM-108-07-G-D-175 header is just one type of connector technology suitable for various industrial applications. Whether used as an individual connection or as part of a larger network, the MTMM-108-07-G-D-175 provides a reliable connection with improved electrical performance. The multi-pole pin headers also offer a much higher connection density and vibration resistance compared to standard headers, allowing engineers to create more compact, secure and energy-efficient designs.

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