MTMM-130-07-S-Q-350

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The MTMM-130-07-S-Q-350 is a rectangular component component of the male pin header type that serves as a connector and serves as an integral part of a number of modern electrical circuits. This device sits in between two connection points that are linked together, namely, one male pin and one female socket. It provides a reliable electrical connection between the two points, and allows for a low-resistance, efficient passage of electrical current from one point to the other.

Application Field

The MTMM-130-07-S-Q-350 is typically used in a variety of electrical circuits. It is commonly used in a variety of electronic and electrical equipment, including computers, televisions, and other home appliances. It is also used in the automobile and aeronautical industries for a number of applications that require a reliable electrical connection between two points. Additionally, this type of male pin header may be employed in hospital equipment, in process control devices, and in many other machines and systems that require a secure and reliable connection.

Working Principle

The MTMM-130-07-S-Q-350 consists of two parts, the male pin and the female socket. The male pin is made up of a set of protruding pins that provide contact between the two connection points. The female socket, also known as a header, has a slot or hole that allows the male pin to fit in. When the male pin and female socket are mounted in the desired location in the circuit, an electrical connection is made between them. The functioning of the connection is a result of the passage of electrons from the male pin to the female socket, allowing for a low-resistance, efficient passage of current from one point to the other.

Conclusion

The MTMM-130-07-S-Q-350 is an indispensable component of a multitude of modern electrical circuits. It provides a secure and reliable connection between two points of a circuitry, allowing for the efficient passage of electrical current. It is used in a variety of applications, most notably computers, television and home appliances, vehicles, aircraft, process control devices, hospitals, and a variety of other machines and systems. The working of this connector is made possible by the passage of electrons from the male pin to the female socket, ultimately allowing for the low-resistance, efficient passage of electrical current from one point to the other.

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