STMM-120-02-G-D-SM-LC

STMM-120-02-G-D-SM-LC series rectangular connectors are commonly used in the electronics industry. With a compact design and standard interface, they are widely used in high performance and low profile applications, such as automotive, consumer electronics, and medical electronic products.

The STMM-120-02-G-D-SM-LC series connectors, also known as headers, are intended for use with Type II female pins. The header features a two-row, 0.5mm pitch and two-point contact system that is designed for maximum robustness. The contact is made with an insulation displacement method that ensures a high degree of connection reliability, and the contacts are supplemented by a small bolster.

The headers are made of a robust plastic material, with an acceptable range of operating temperature -40°C to +105°C and vibration resistance to 10G at 10~2000 Hz which makes them suitable for a variety of conditions. The headers are available with 2~20 positions, rated current of 2.0A and rated voltage of up to 125VAC/DC. Their durability is rated at 5,000 mating cycles.

The working principle of the STMM-120-02-G-D-SM-LC series connectors is based on the connection between the male and female pins. When the header is inserted onto the female pin, the male pin is automatically inserted into the female pin by the insertion force, thus creating a reliable electrical connection. The male pin is then held in place by the small bolster against the female pin. This ensures a reliable electrical contact and also protects the pins against mechanical stress.

The STMM-120-02-G-D-SM-LC series connectors are generally reliable and secure to use. Their simple design make them easily integrated into any system, and their small size allows them to be used in small spaces. Additionally, their robust construction makes them ideal for applications where vibration or movement is a factor.

In summary, the STMM-120-02-G-D-SM-LC series connectors are suitable for many applications, including medical, automotive, and consumer electronics. Their compact and robust design makes them suitable for a variety of requirements and conditions. They offer reliable connection and make them ideal for low profile and high performance applications.