STMM-106-02-H-D

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STMM-106-02-H-D Application Field and Working Principle

Rectangular Connectors, particularly Headers and Male Pins like STMM-106-02-H-D are common components in electrical and electronic circuits. They play an integral part in connecting multiple circuits together, and are commonly used in a variety of industries such as computers, telecommunications, aerospace, and medical. STMM-106-02-H-D is one of the most popular types of rectangular connectors, and the focus of this article is to explore its application field and working principle.

Application Field

STMM-106-02-H-D was first created in the 1970s by the Japanese manufacturer Yazaki, and quickly became one of the most popular rectangular connectors used worldwide. The popularity of the STMM-106-02-H-D is mainly due to the fact that it has a number of advantages when compared to other, less common, types of connectors. The most obvious of these advantages is the size and shape of the STMM-106-02-H-D. It has an extremely slim design, measuring only 0.26 inches wide by 0.06 inches thick. This small form factor allows it to fit into tight spaces, making it ideal for applications where space is a premium. Additionally, the slim design of the STMM-106-02-H-D enables better stackability, meaning it can be stacked in multiple layers with minimal space between them. The other major advantage of STMM-106-02-H-D connectors is the number of different contacts it offers. This type of connector provides two, four, six, or eight contacts, depending on the user\'s requirements. This flexibility ensures that users can find a connector with the number of contacts they need for their application. Additional contacts can also be added in the future should the user\'s requirements change. Due to its design and flexibility, STMM-106-02-H-D connectors are used in a variety of industries and applications, including industrial and telecommunications, automotive, medical, and aerospace. It is also commonly used in internet of things (IoT) systems, where the space limitations of the device require the connector to be as slim as possible.

Working Principle

A STMM-106-02-H-D connector operates on the same principle as other electrical connectors. Power is transferred from the source, or “input” side of the connector to the receiving side, or the “output” side. The transfer of power is done through the contacts of the connector, which are comprised of metal pins, sockets, or blades. The STMM-106-02-H-D utilizes what is known as a “dual row” design. This means that the contacts on the connector are arranged into two rows, and each row contains the same number of contacts. This makes the connector particularly useful in applications where the contacts all need to be the same size and shape, such as when the contacts are being used to connect two or more circuits. To transfer power from one side of the connector to the other, the metal pins, or “male” contacts, are inserted into the receptacles, or “female” contacts, on the opposite side of the connector. When the male contacts are inserted into the female contacts, they create a secure connection between the two sides, allowing current to flow between them. This secure connection is further strengthened by a latching mechanism that locks the contacts together and prevents them from being accidentally disconnected. The STMM-106-02-H-D connectors have been tested to ensure reliable performance in temperature ranges from -55 °C to 125 °C. They are also resistant to vibration, shock, and moisture, making them perfect for applications in hostile environments.

Conclusion

STMM-106-02-H-D is one of the most popular and reliable rectangular connectors used worldwide. Its small size and high contact count make it ideal for applications where space is limited, such as IoT devices, automotive applications, industrial equipment, and medical devices. Its robust design and latching mechanism also make it an ideal choice for harsh environments. Knowing the application fields and working principle of the STMM-106-02-H-D rectangular connector can help engineers when selecting the right connector for their application.

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