STMM-105-02-L-D

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The STMM-105-02-L-D is a type of rectangular connector - headers, male pins. This device has many applications, and its working principle can be explained as follows.

Applications:

The STMM-105-02-L-D is an ideal connector for high-speed data transmissions, digital signal and power connections. It is also used in automotive and aerospace applications. It is commonly used in power connections for motors or other controllers and in power charging systems. The STMM-105-02-L-D is also used in applications such as satellite communications, telecommunications and mobile communication.

Design:

The STMM-105-02-L-D is designed with a rugged, thermoplastic housing, which offers a high degree of reliability. The connector has four contact points arranged in a two-row configuration with a spacing of 2.54mm, which allows for higher signal transmission density than other types of connectors. The design also allows for excellent vibration resistance and reliable mating.

Construction:

The STMM-105-02-L-D is constructed from stamped and formed metal shells, which provide a high degree of protection for the connection. The connector also features a wide variety of contact tins, ranging from 0.5mm to 2.5mm, which provide for flexible connection options. The pins are manufactured with a tin plating for improved electrical conductivity and corrosion resistance.

Working Principle:

The STMM-105-02-L-D connector works on the principle of inter-mating contact connection. The contact points of the connector are machined in such manner as to ensure a low inductance design. This low inductance connection allows for a high speed data transmission between the connected devices. The connector is designed to mate with another compatible connector, thereby forming a complete connection point that is both secure and reliable.

Benefits:

The STMM-105-02-L-D connector offers many benefits over traditional connectors. These include a high level of shock and vibration resistance, as well as a high degree of EMC compliance. The contact points of the connector are machined to an exceptionally high level of accuracy, which allows for a strong connection and reliable signal transmission. The connector is also designed for a wide range of current and voltage capacitances, which ensures it is suitable for many applications.

Conclusion:

In conclusion, the STMM-105-02-L-D is an ideal connector for high-speed data connections and for automotive and aerospace applications. It is extremely robust and reliable, and is designed with a wide variety of contact pins to ensure a secure and reliable connection. The connector works on the principle of inter-mating contact connection and provides a low inductance design, which allows for high speed transmission of data. This connector also offers a high level of shock and vibration resistance and is EMC compliant. The STMM-105-02-L-D is an excellent choice for many applications.

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