ARJM11C7-104-NN-ER2-T

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Modular Connectors - Jacks With Magnetics are an important part of a complete interface system. They provide a means of electrical connection and RF shielding. The ARJM11C7-104-NN-ER2-T is a compact, RoHS compliant shielded surface-mount jack that is ideal for use in a wide range of applications. The ARJM11C7-104-NN-ER2-T is designed for American wire gauge sizes ranging from 28-24 AWG and features an integrated ferrite bead for enhanced RF shielding.

Application Field

The ARJM11C7-104-NN-ER2-T is typically used in applications such as industrial, communications, and video signal processing. It is ideal for use in digital and analog data processing systems in order to provide an electrical link between modules or between cables and components. It is also used for communications between two or more locations, allowing for data and power transfer.

This modular jack with magnetics is also suitable for use in a variety of other applications such as data storage, audio-video systems, and network applications.

Working Principle

The working principle of the ARJM11C7-104-NN-ER2-T is a combination of conventional arreframing and RF connectivity. The jack features two "fingers" which come in contact with the wire and create a connection. The fingers are connected to the shielding shell via a ferrite bead, which prevents unwanted RF interferences and noise. The shields also provide an improved mechanical support for the wire.

Additionally, the integrated ferrite bead helps reduce the electromagnetic radiation that might otherwise affect the surrounding system. The integrated ferrite bead also provides greater protection from lightning, surges, and other environmental factors which may cause electrical interference.

The jack is also designed to be mechanically robust, and is able to handle higher operating temperatures than its predecessors. It also features a durable dielectric, which has greater resistance to abrasion and extreme weather conditions. The housing is designed to be resistant to shock and vibration, which could potentially damage the electrical connection.

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