ARJM11A1-001-KK-ER2-T

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The ARJM11A1-001-KK-ER2-T is a modular connector, or jack, with magnetics. Modular connectors are used for a variety of tasks in telecommunications, industrial equipment, and server applications, meaning the ARJM11A1-001-KK-ER2-T is used for many of these tasks. This modular jack is equipped with a four-pole circuit and a self-resetting overcurrent protection feature, meaning it is a reliable, safe, and robust device.

In terms of application fields, the ARJM11A1-001-KK-ER2-T is most commonly used in Ethernet and DC power connectors, as well as in VoIP phones and analog phones. It is often used in industrial settings such as factory automation and data centers, where the reliability and robustness of its design are important. Additionally, these modular jacks are also used in gaming equipment, medical monitoring, military, and maritime applications.

The working principle of the ARJM11A1-001-KK-ER2-T is quite straightforward. It uses a standard RJ11 connector to transmit signals between two points, such as two computers. The device has both an input and output ports, and it uses a magnetically activated switch to detect and transfer information between the two points. This switch is sensitive to small changes in current, and it is self-resetting if the current exceeds the preset threshold, meaning it is capable of safely and reliably transferring signals.

The ARJM11A1-001-KK-ER2-T also uses a durable and robust construction to provide accuracy and reliability. Its metal shielding is corrosion-resistant, and its terminal blocks are made of high-temperature resistant materials that can withstand up to 105°C. Additionally, the shielding jacket and fittings feature a one-piece lockable mechanism, helping to make the device more tamper-proof.

In conclusion, the ARJM11A1-001-KK-ER2-T is a modular jack with magnetics that is used in a variety of tasks in telecommunications, industrial equipment, and server applications. It is equipped with a four-pole circuit, a self-resetting overcurrent protection feature, and a durable and robust construction. This device functions based on a magnetically activated switch, which is sensitive to small changes in current and can self-reset if the current exceeds the preset threshold.

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