STMM-106-02-T-D-SM-P

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STMM-106-02-T-D-SM-P is a type of rectangular connector and header male pin. It is a three row design with two contacts per row. The housing material of these connectors is typically plastic. It is most commonly used in the Telecommunications industry, as well as for industrial, automobile, and computer applications. The advantages of using these connectors include high contact reliability, as well as being both durable and cost-effective.

Application Field

The STMM-106-02-T-D-SM-P connectors are commonly used in telecommunications and computer related applications. For example, they are often used as reliable and inexpensive connections for routing data signals over long distances. These connectors are also used in a variety of industrial, automotive, and computer applications. Examples include PCB connections, wiring harnesses, and connectors for control panels.

Working Principle

The STMM-106-02-T-D-SM-P connectors are able to provide high contact reliability and durability due to their design. They are designed with a three-row design and two contacts per row. This makes the connectors suitable for a variety of applications, as they are able to route data signals efficiently and securely. The housing material of these connectors is typically plastic, which increases their durability and makes them cost-effective.

These connectors also have an inner shield layer which helps to protect against external interference. This layer consists of a terminal strip and inner shielding plate which are soldered to the connector housing and connected to the back plate to provide further protection. In addition, the pins are also coated with tin plated phosphor bronze which helps to prevent corrosion.

Overall, the STMM-106-02-T-D-SM-P connectors are a reliable and cost-effective solution for various applications. Due to their three row design and two contacts per row, they can efficiently and securely route data signals over long distances. Additionally, the inner shielding and plating helps protect against external interference and corrosion.

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