MTMM-125-05-G-D-170

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Application Field and Working Principle of MTMM-125-05-G-D-170

MTMM-125-05-G-D-170 is a type of rectangular connector header which primarily belongs to the category of male pins. It is a component found in structural connectivity devices and has a few defining features which makes it a desirable choice in applications like printed circuit boards (PCBs), data collection equipment, and electromechanical assemblies.

The MTMM-125-05-G-D-170 consists of two pieces: a receptacle and a plug. It is composed of a box-shaped receptacle with receptacle pins for mating headers from the plug side, and a protruding plug with male pins that mate with the female receptacle pins. The receptacle end is typically a fixed unit, while the plug can be configured to rotate or slide in order to mate with the receptacle. As with most components, it is designed to provide secure connections between two or more components without being overcomplicated and bulky.

The functioning principle of the MTMM-125-05-G-D-170 is quite simple. The two halves of the connector fit tightly together, ensuring proper contact between the receptacle pins and the male pins on the mating plug. This creates a tight, permanent connection that ensures reliable data transfer and a secure electrical pathway. The tight fit of the two-part system also helps ensure that the connection won\'t be disturbed by accidental disconnection.

Another key feature of MTMM-125-05-G-D-170 is its versatility. It can be used in all sorts of electronic assemblies and data collection applications thanks to its small size. Furthermore, it is designed to ensure a secure connection for a wide range of voltage and currents, and is designed to be both shock and vibration resistant. This makes it a desirable choice for applications in rugged environments or industrial settings.

Overall, the MTMM-125-05-G-D-170 is an effective, reliable way to make secure electrical connections between two or more components. Its small size, robust design, and reliable connections make it a desirable option for a wide variety of applications, from data collection systems to industrial assemblies.

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