LCC6-14BDW-L

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LCC6-14BDW-L Application Field and Working Principle

Introduction: LCC6-14BDW-L is a type of Rectangular Connector terminal, designed to perform reliable electrical connections in a wide range of electronic devices. Its application field includes telecommunications, automotive industry, industrial machinery, renewable energy systems and consumer electronics.

Working Principle: The terminal works on the principle of conduction. It uses metal contact pins sheltered by an insulating shell to transmit electrical signals between two conductors. It consists of a single piece terminal with two or more pins. The pins can be accessed from one side, while the socket is accessible from the other side.

Features: The price of LCC6-14BDW-L terminals is economically competitive thanks to its simple construction. Its features include:

1. Robust shell provides a high degree of protection to the pins
2. Efficient heat dissipation
3. Low contact flux resistance
4. Low contact-resistance change rate
5. Flexibility in pin spacing and orientation
6. High dielectric strength
7. Good signal-to-noise ratio

Application Field: The wide application field of LCC6-14BDW-L terminals includes:

• Telecommunication industry: It is mainly used in telephone lines to connect the line with the central station. It can also be used to connect different devices in the network, as well as in switching and digital signal transmissions.
• Automotive: It is mainly used in cars for transmission of audio signals, power transmission, and other applications, including airbag systems.
• Industrial machinery: It is used in printing machines, packaging machines, pumps, compressors and other industrial equipment.
• Renewable energy systems: It is often used in solar panels and wind turbines to connect the wiring system.
• Consumer electronics: It is used in TV sets, computers, laptops, and other electronic appliances.

Conclusion: LCC6-14BDW-L rectangular connector terminals are reliable, efficient, and cost-effective devices that can be employed in a wide range of application fields. They are robust and feature a low contact-resistance rate, good signal-to-noise ratio and high heat dissipation characteristics. Their simple design and flexibility in pin spacing and orientation make them appropriate for both industrial and consumer applications.

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