MTV1-18SL1-1

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MTV1-18SL1-1 Application Field and Working Principle

The MTV1-18SL1-1 is a type of rectangular connector, belonging to the family of headers, receptacles, and female sockets. Specifically, the MTV1-18SL1-1 is a reliable 4-pin three row female socket connector, manufactured by Japan-based company Harwin. The connector is used in a wide range of applications, and its operation is based on the spring mechanism technology.

Applications

The MTV1-18SL1-1 is used mainly in automotive, electrical, industrial, and commercial products. It can be found in automobiles and motorcycles, from ABS systems to airbags, navigation devices, headlights, and engines. Industrial applications include systems for automation, process control, safety monitoring, and data transmissions. Commercial goods such as household appliances, consumer electronics, electronic toys, and digital cameras also rely on the MTV1-18SL1-1 socket.

Working Principle

The MTV1-18SL1-1 socket consists of female connections, a three-row pin housing, and a contact assembly. The connection interface can be provided with different additional elements such as brackets, seals, gaskets, or other types of hardware. This allows the MTV1-18SL1-1 to fit into various types of applications.

The contact assembly contains several metallic leaves that are kept compressed to each other and the housing via a spring mechanism. The spring is what allows the connection to be loosened or tightened as needed. The actual contact is then established between the two leaves and the socket’s housing when the user tightens the socket.

The contact leaves are also designed to accommodate different communication protocols. This is typically achieved by creating incisions along the metallic leaves that are called “teeth”. These teeth are designed to reduce contact resistances, increase the contact’s strength, and improve the data transmission thanks to the incorporation of signal grounding systems.

The MTV1-18SL1-1 is also supplied with anti-corrosion sleeves that cover the vulnerable contact areas exposed to the environment. The sleeves provide flexibility, increasing the product’s resistance against vibratory movements, being able to accommodate speeds up to 5 GHz.

Thanks to its curved contact leaves, the MTV1-18SL1-1 socket adapts significant mechanical robustness, allowing it to withstand high electrical stress and continuous vibration. Its spring system is also capable of self-cleaning the contact’s surface every time the pins are inserted, providing a secure and reliable electrical performance.

Conclusion

The MTV1-18SL1-1 socket can be found in a wide range of applications and is known for its dependability and reliability. The socket is designed with spring-mechanism technology and features curved contact leaves, flexible seals, and anti-corrosion sleeves. It is capable of transmitting signals at speeds up to 5 GHz, keeping the noise levels low and providing an electrical performance that remains secure and reliable for long periods.

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