CM5441Z101B-13

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Common Mode Chokes (CMCs) are electrical components that are designed to block the common mode current in circuits. This is done by creating a magnetic field that opposes the common mode current. The common mode current is caused by the voltage difference between two or more conductors. The CMCs have many applications, and one of them is the CM5441Z101B-13.

The CM5441Z101B-13 is a three-terminal Common Mode Choke that is rated for operating temperatures between -55 and 125°C. It has a DC resistance of 8 ohms and an enable-disable feature, which makes it suitable for use in applications where it needs to be turned on and off quickly. It also has a high thermal performance, making it suitable for high-temperature environments.

This Common Mode Choke is designed for use in a wide range of applications. It is commonly used in power converters to suppress common mode interference from signals such as DC-bus voltage. It is also used for EMI filtering on single- or three-phase inverters, motor controllers, and other power electronics applications. In addition, it can be used for PLC (programmable logic controllers) and other industrial applications.

The working principle of the CM5441Z101B-13 is based on the magnetic field created by passing the common mode current through a ferrite core. The ferrite core has a high permeability, which creates a strong magnetic field and opposes the current. This magnetic field restricts the common mode current and filters out external noise. The enable-disable feature of this Common Mode Choke allows it to be quickly and easily turned on and off.

In summary, the CM5441Z101B-13 is a three-terminal Common Mode Choke designed for operating temperatures between -55 and 125°C. It has a DC resistance of 8 ohms and an enable-disable feature. It is commonly used in power converters to suppress common mode interference and for EMI filtering on single- or three-phase inverters. The working principle of this Common Mode Choke is based on the magnetic field created by passing the common mode current through a ferrite core.

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