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Modular Connectors - Jacks With Magnetics

The JT6-1473NL is a type of modular connector specifically designed to make use of magnetics technology, often referred to as a Jack with Magentics (JWM). Modular is an adaptation of the general type of plugs and sockets used to transmit various signals, power, or data in the form of electrical or optical signals. The design of JT6-1473NL is quite unique and makes use of a combination of different materials to allow the information to be transferred.

Application Field

JT6-1473NL connectors are mainly used in the telecommunications industry, including but not limited to cellphones, telephones, modems, routers, gateways, and other such devices in the development of optical networks. Additionally, they are also seen in audio and video equipment, such as cameras, amplifiers, receivers, and monitors.

Working Principle

The Jt6-1473NL design combines a magnet, a ferrite core, and a radio frequency inductor. When put together, they create an effective transformer. The reason a transformer is included in the design is because electrical noise in certain frequencies interferes with the signals being transmitted. The transformer’s magnetic field blocks out this interference. A special high frequency winding around the core counteracts the built up interference and further enhances signal integrity.

At one end of the connector is the radio frequency inductor, which supplies the current and voltage necessary to operate the signals. At the other end is the ferrite core, which suppresses the interference in the signals, preventing the signals from interfering with each other. The resulting design helps maintain a better signal integrity and reduces distortion.

Conclusion

JT6-1473NL connectors such as those from J-Tech offer many advantages to developers and users alike. By introducing magnetics into modular connectors, they are able to prevent interference with electrical signals, thereby helping to improve signal integrity and effectiveness. The materials that make up the design are also durable and reliable, ensuring that signal transmissions remain of the highest quality possible.

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