6116000-1

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Modular Connectors, including Jacks, are predominantly used in telecommunications, networking, and audio/video applications. The 6116000-1 Jack is a versatile, multi-pin connector with both low insertion force and published test data to support a wide range of applications. This article will discuss the application field and working principles of the 6116000-1 Jack.

Application Field of the 6116000-1 Jack

The 6116000-1 Jack is suitable for a variety of applications, from telecommunications systems, to audio and video equipment, to industrial sensor networks. It is designed to operate in extreme conditions, including temperatures of -40ºC to +105ºC, with its performance remaining consistently high during electrical and mechanical testing. TheJack has an incredibly low insertion-force of 0.25N, making it easy to use in even the most complex applications with limited space.

The 6116000-1 Jack has been tested to meet a variety of industrial standards, including EN 60950-1 (Safety of Information Technology Equipment) and IEC 60529 (Ingress Protection) for moisture and dust protection. Additionally, the Jack also meets UL 94V-0 (Flammability Rating) and Cat. 5E (Data Communications Cabling) for high-speed data transmission. This robust connector is suitable for use in a variety of applications, including power-over-ethernet, USB 2.0, and gigabit Ethernet.

Working Principle of the 6116000-1 Jack

The 6116000-1 Jack is a multi-pin modular connector that is designed for quick and reliable connections. It has a unique combination of a flanged receptacle with inserts and a back-shell to ensure flexible connections across a variety of configurations and applications. The Jack also has three different contacts – two signal contacts, one power contact – to accommodate a wide range of signal and power requirements.

The Jack is designed to reduce wiring complexity in high-speed data applications, as its gold-plated contacts enable reliable connections in milliseconds. Its corrosion resistant pins maintain low contact resistance for improved signal integrity, in addition to reducing the risks of sparking during connection attempts. Furthermore, the 6116000-1 Jack is designed to isolate the power contact from the signal contacts to ensure safety even during unprotected connections.

The 6116000-1 Jack also features a unique external mating design that simplifies the process of connecting two modular connectors. It uses a latch-lock mechanism, where one connector is inserted into the other and a latch is used to lock the two together. This ensures that the connectors remain securely connected, with the connection remaining robust even during vibrations and other disturbances.

Conclusion

The 6116000-1 Jack is a versatile, multi-pin connector with a low insertion force and extensive published test data to support its use in a wide variety of applications. It is suitable for telecom, networking, and audio/video applications, and is designed to meet a variety of industrial standards. Additionally, its flanged receptacle-with-inserts and back-shell design, as well as its gold-plated contacts enable reliable connections in milliseconds. Finally, its unique latch-lock mechanism facilitates quick and secure connections, making the 6116000-1 Jack an ideal choice for both professionals and amateurs alike.

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