ARJM11C7-504-NN-ER4-T

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Modular Connectors - Jacks with Magnetics are essential components of modern electronic systems. They provide the crucial connection between various components to create an efficient, effective, and safe network. The ARJM11C7-504-NN-ER4-T is one such modular connector, specifically designed to provide reliable magnetic properties for use in high-speed data systems.

The ARJM11C7-504-NN-ER4-T is a magnetically shielded modular jack with a 7mm profile. It features an operating temperature range of -40°C to 85°C, and its standard contact is copper alloy and gold plated. Its fully shielded housing provides excellent protection against EMI, making it suitable for use in high-speed data systems requiring optimal EMI performance. Additionally, it is also RoHS and REACH compliant.

The ARJM11C7-504-NN-ER4-T is perfect for a wide range of applications. It is commonly used in industrial systems where reliable and stable data transmission is essential. It is also ideal for use in the medical and telecommunications industries. Additionally, it can be used in other complex applications requiring robust signals. Its design also allows it to be used in applications exposed to high levels of vibration and shock.

The working principle of the ARJM11C7-504-NN-ER4-T is quite straightforward. It uses the principle of inductive coupling which allows the energy to be transferred from one circuit to another without any physical contact. To achieve this, it uses an external magnetic field, generated by a coil of wires in the connector housing, to induce an electric current in the receiving circuit. Inductive coupling ensures that the signal is transmitted efficiently and without interference.

In conclusion, the ARJM11C7-504-NN-ER4-T is an excellent choice when high performance and reliable magnetism is required. Its robust design, backed by superior quality materials, makes it a reliable and cost-effective choice. It is an ideal solution for a variety of applications in the medical, telecommunications, and industrial sectors. In addition, its simple and intuitive working principle makes it an excellent choice for applications requiring reliable and high-speed data transmission.

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