MMT-106-01-T-DV-K-TR

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MMT-106-01-T-DV-K-TR connectors are rectangular connectors of the headers, male pins variety. They are mainly designed for board to board and cable to board connections in a variety of applications. Typical applications include:

• Automotive
• Consumer electronics
• Industrial control systems
• Audio/video systems
• Medical equipment

The MMT-106-01-T-DV-K-TR connector is a type of molex interconnect solutions. It uses a 2.0mm discrete wire-to-board header that mates typically with a terminal. Those types of connectors are suitable for various applications requiring reliability, compactness, and wire termination flexibility. On either the female or male side of the MMT-106-01-T-DV-K-TR connector, three pins, each having an integral retention plate, are used. Those retention plates ensure secure locking.

The working principle of the MMT-106-01-T-DV-K-TR interconnect technology is simple. It uses a plastic frame and tongue-in-groove-connectors that are side by side to form the mating area. To mate two connectors, the user simply pushes them together, and the connectors seat securely using interlocking grooves. The combination of the male and female connectors allow the electrical signals and power connections to pass between the two mating parts. This interlocking technology is robust enough to provide a reliable secure connection that can be used in harsh environments. Additionally, it can be used in places where there is limited space, since the connectors and wires are out of the way.

Overall, the MMT-106-01-T-DV-K-TR rectangular connector is designed for board-to-board and cable-to-board connections in consumer electronics, automotive, industrial control systems, audio/video systems, and medical equipment. Its working principle is based on the use of plastic frame and tongue-in-groove connectors that are side by side to form the mating area, which is reliable enough to provide secure connections in even the harshest of environments. Because of its reliable and secure connection capabilities, it is a popular choice for designers looking for a compact and flexible interconnect solution.

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