STMM-104-02-LM-D-SM

Introduction

The STMM-104-02-LM-D-SM is a circular connector component designed for use in the industrial control and communications industry. It is a part of a single-row 14-pin header that features a through-the-hole design. The compactness of its design makes it an ideal choice for applications with limited space requirements and tight enclosures. The robust mean TIME rating of 75 cycles makes it well-suited for high-frequency and high-temperature applications.

Application Field

The STMM-104-02-LM-D-SM is ideally suited for industrial control and communications applications. It has become an increasingly popular choice for harsh environmental applications because of its robust design. It is suitable for general-purpose electrical and electronic projects because of its durability and low cost. It can also be used as a supplement in power control circuits, signal conditioning, and communication systems. This connector component can also be used in data processing and application systems.

Working Principle

The STMM-104-02-LM-D-SM is typically held in place with two wire-wrap pins that are soldered onto its through-hole body. When the wire-wrap pins are properly attached, the male pins make contact with the female pin, which is part of the adjacent wire. The electrical connection is completed when a current is applied, enabling a reliable electrical connection with low signal loss.

Advantages

The STMM-104-02-LM-D-SM offers many advantages over other types of rectangular connectors. It is small and lightweight, making it an ideal choice for applications where space is a constraint. Furthermore, its robust design ensures reliable electrical connections in high-frequency and high-temperature applications. Additionally, its low cost and good availability makes it ideal for prototyping and short-run production.

Conclusion

The STMM-104-02-LM-D-SM is a robust rectangular connector that is perfect for industrial control and communications applications. It has a through-the-hole design, making it ideal for applications with tight enclosures and limited space requirements. In addition, its low cost and durability make it ideal for general-purpose electrical and electronic projects. Furthermore, its robust design and low signal loss make it suitable for high-frequency and high-temperature applications.