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ARJM11D7-116-NN-ER4-T Application Field and Working Principle

ARJM11D7-116-NN-ER4-T is a small-package magnetics-boosted modular Jacks, allowing to create a robust, quiet, connection between two mating devices. It can be seen in many applications, especially in wireless communications. It is a great choice for any data transmission which requires even low EMI emissions. It offers low insertion and extraction forces, as well as high temperature range and humidity resistance, making it suitable to almost any operating environment.

ARJM11D7-116-NN-ER4-T features numerous benefits that result from its compact layout. It utilizes an extended EMI housing, which creates a reliable shield from 30MHz to 1GHz. This is an ideal solution in any application which needs to withstand an industrial-level environment, and still maintain the required electromagnetic compatibility.

The integrated magnetics assembly also includes two integrated EMI shields, combined with a segmented ferrite core. These elements together create a robust EMI protection in applications where great amounts of RF disturbances are expected.

ARJM11D7-116-NN-ER4-T has an extended temperature range capabilities, of -40°C to +85°C. It is RoHS compliant, and utilize a snap-in mounting mechanism, allowing easy integration in any application.

These small-package magnetics-boosted Jacks employs differential-pair driving and coupled-strain-relieved contacts. This allows to use the connectors even in Cat5e cable measurement. It also utilizes impedance-matched magnetics for optimized performance in any application. Because of this, the power consumption is kept as low as possible.

ARJM11D7-116-NN-ER4-T works by combining the different elements of the assembly. The segmented ferrite core absorbs the EMI signals from the transmitted signals, which are then sent to the EMI shield. The EMI shield is responsible for creating the required electromagnetic compatibility. It also ensures that the signals from the transmitted signal will not be affected by any stray electromagnetic disturbances. The integrated magnetics assembly ensures that the differential-pair driving and coupled-strain-relieved contacts create the required impedance-matched performance.

All of the features of ARJM11D7-116-NN-ER4-T combined create a robust, reliable, and low power-consumption modular Jacks. It is ideal for applications where robust data transmission is required, but also quiet EMI emissions must be kept low. Furthermore, its resistance to temperature and humidity makes it ideal for almost any environment.

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