CMX1616Z112B-10

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Common Mode Chokes (CMCs) are typically used in the motor drive and power control industry to suppress and filter the common-mode current signals in the power lines. They are composed of a specialized coil with different coil windings, which are designed and constructed to inhibit or reduce the level of common-mode noise and currents. The CMX1616Z112B-10 is an example of such a CMC, and it has a rated current of up to 10A and a rated voltage of up to 600V.

The application field of the CMX1616Z112B-10 CMC primarily includes motor drive and power control systems, such as those found in fan motors, pump motors, air conditioning systems, elevators, inverters, servo drives and more. It is used to reduce the level of common-mode noise and currents in these power control systems, thereby enhancing their stability and reliability. In addition, they are also used in industrial automation, medical equipment, LED lighting and communication systems to provide EMC immunity and reduce broadband noise.

The working principle of the CMX1616Z112B-10 CMC is relatively simple. It utilizes the principle of self-inductance to suppress the flow of common-mode currents and noise. This is done by wrapping the two windings of the coil in opposite directions, which creates a differential magnetic flux field, resulting in an opposing force for the common mode current, thereby drastically reducing the level of noise.

In addition to self-inductance, the CMX1616Z112B-10 CMC also makes use of an air gap to increase the inductance and reduce the level of common-mode noise even further. The air gap increases the reluctance of the embedded magnetic core, which limits the flow of the common-mode current. This results in further suppression and filtering of the common-mode noise.

The CMX1616Z112B-10 CMC thus utilizes both self-inductance and an air gap to effectively filter and suppress the level of common-mode noise in power control systems. This ultimately helps increase the stability and reliability of the system, while ensuring that EMC immunity is maintained at a high level.

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