TMM-122-03-G-S

Series:	*
Part Status:	Active

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Introduction to the TMM-122-03-G-S Connector

The TMM-122-03-G-S is a rectangular connector, commonly referred to as a header or male pin. Its application field is typically found in applications such as robotics, consumer electronics, electrical installations, solar energy systems, industrial automation applications, and medical equipment. Additionally, both the male and female versions of the TMM-122-03-G-S are among the most popular rectangular connectors in the electronics industry.

Pin Configuration of the TMM-122-03-G-S Connector

The TMM-122-03-G-S connector contains five magnetic and two crimp rows. The magnetic components are labeled as pins A and C, while the crimped components are labeled B and D. Pin A is the most commonly used for power connections, and it features a 6.0mm center pin for a better fitting. Pin C consists of a single crimp. Pin B is a male-to-male connection and is usually used for interconnects between two or more PCBs, while Pin D is used as a ground connection.

Specifications of the TMM-122-03-G-S Connector

The TMM-122-03-G-S connector is rated for up to 3 Amps and is temperature rated from -30°C to +85°C. It measures 45.5 mm long, 12.0mm wide, and 4.5mm thick. It is constructed out of zinc and is finished with a black oxide coating to protect it from corrosion. Additionally, the TMM-122-03-G-S connector is RoHS compliant and is manufactured using high-temperature, high-pressure processes.

Applications of the TMM-122-03-G-S Connector

The TMM-122-03-G-S is well-suited for a number of applications, including:

• Robotics
• Consumer electronics
• Industrial automation
• Solar energy systems
• Medical equipment

In these applications, the TMM-122-03-G-S connector is frequently used to carry power or data between different devices, or to link components of the same device. In robotics, for example, the TMM-122-03-G-S connector is frequently used in remote control applications to link the servo motor and servo control system of the robot. Similarly, in consumer electronics, the TMM-122-03-G-S connector is often used to connect the electronics of a device, including its power source, data ports, and various components.

Working Principle of the TMM-122-03-G-S Connector

At its most basic, the TMM-122-03-G-S connector is designed to be used as a connection point between two different components. It achieves this task by providing a male-to-male connection or a female-to-female connection, depending on the type of component being connected. The male-to-male connection of the TMM-122-03-G-S connector is created when the two male pins of the connector are slid into the female pins of the corresponding component. This ensures a solid connection that can carry power or data between two components. The female-to-female connection is created by sliding the pins of the female connector into the male pins of the corresponding component. Once correctly aligned, the pins create a secure connection. In addition, the TMM-122-03-G-S connector is also designed to have a good amount of mechanical strength, which means that it can withstand vibrations and shocks that would otherwise damage other types of connectors. This makes it well-suited for applications that need a reliable, secure connection that can stand up to rougher conditions. Lastly, the TMM-122-03-G-S connector is also designed to withstand higher temperatures than other connector types. This makes it a great option for applications in environments where heat is a factor, such as solar energy systems, automotive applications, and industrial control boards.

Conclusion

The TMM-122-03-G-S connector is a popular solution for many applications that require a reliable and secure connection. With its five magnetic and two crimp components, it is capable of carrying power or data between two or more components. Additionally, its higher temperature resistance makes it a great choice for applications in harsher environments.

The specific data is subject to PDF, and the above content is for reference