TMMH-102-04-SM-DV

TMMH-102-04-SM-DV is a specific type of rectangular connectors - headers, male pins. It is mostly used for solutions where the needs of mechanical, electrical, and power are combined. It has a number of advantages such as increased contact density, good operating temperatures, control of pin length, and cost savings.

The TMMH-102-04-SM-DV rectangular connector consists of three major components: the housing, the contacts, and the shell. The housing is typically made of plastic or metal, and it acts as the primary interface between the two ends of the cable or wiring harness. The contact typically consists of two parts - the contact blade and the contact spring. The shell is usually soldered or clamped onto the housing and provides electrical continuity and sufficient rigidity to prevent contact movement.

The TMMH-102-04-SM-DV application field includes automotive systems, industrial automation, network infrastructures, and other low-power or non-power applications. It is commonly used to connect a range of devices, such as sensors, actuators, transducers, and power supplies. The TMMH-102-04-SM-DV can also be used for signal transmission through contact signal transmission.

The working principle of TMMH-102-04-SM-DV is based on the electrical conductivity characteristics of its contact blades. Its contact blades are made of high-quality gold, silver, and/or copper and possess a high degree of conductivity. The contact blade is positioned in such a way that it allows for efficient and reliable signal transmission. The contact spring also provides important electrical interaction between two contact blades, thus ensuring a very low impedance connection. The shell also improves the quality of the electrical connection by providing a solid and consistent electric connection. The housing also contributes to the quality of the electrical connection, since it provides additional protection against moisture and electrical interference.

In conclusion, TMMH-102-04-SM-DV is a type of rectangular connector, which is designed for cost saving solutions for applications in the automotive, industrial, and network infrastructures. It can be used to connect various devices such as sensors, actuators, transducers, and power supplies, and its contact spring and shell contribute to the quality of the electrical connection. The contact blades made of high-quality gold, silver, and/or copper also provide for a high degree of electrical conductivity and a very low impedance connection.