RJE051661410

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Introduction

RJE051661410 is a modular connector jack manufactured by HUBER+SUHNER and is designed to accommodate one or more pairs of wires for data communication. It is suitable for use in industrial and commercial applications. This RJE051661410 jack is available with a variety of different designs, including straight or right angled mounting configurations. The RJE051661410 jack is widely used in networking applications, such as Ethernet, broadband and Voice over Internet Protocol (VoIP) systems.

Application Field

The RJE051661410 jack is typically used in communication systems, such as Ethernet, broadband and VoIP. This jack is often used in industrial or commercial applications, such as factories or office buildings, as it is rugged and dependable. It is also suitable for telecom systems, such as PBX, SIP, and IP based PBX systems, as well as for controlling machinery. It can also be used for signal transmission in sound systems, coaxial cable and satellite TV services.

Working Principle

The RJE051661410 jack works on the principle of electrical signals being transmitted between components. The electrical signal is passed through a metal contact in the jack, which is surrounded by a dielectric material. This dielectric protects the metal contacts from corrosion and also provides insulation to ensure there are no short circuits. The contact\'s surfaces are designed to reduce the amount of electrical noise or interference that could otherwise affect signal transmission. The electrical contact also contains a mechanical spring, which is designed to maintain the contact\'s surface contact force at the correct tension for reliable data transmission.

Conclusion

The RJE051661410 jack is a robust and dependable modular connector, well-suited for use in various applications, especially in industrial and commercial settings. It works on the principle of electrical signals being transmitted between components through a metal contact surrounded by a dielectric. This allows for reliable data transmission and prevents electrical noise from disrupting the signal. The metal contact is held in tension by a mechanical spring, ensuring the contact\'s surfaces remain in contact for reliable data transmission.

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