CM7560-224

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Common Mode Chokes (CMChokes) are specialized electronic components used to filter or suppress common-mode currents or voltage spikes in electronic circuits. CMChokes are typically used in industrial applications to increase the robustness and reliability of electronic equipment. The CM7605-224 is one type of common-mode choke designed for use in power-line Filter-3 applications and is designed to reduce electrical noise in communication, control, and power applications.

The CM7560-224 is a shielded common-mode choke with a range of features designed to ensure reliable performance in Filter-3 applications. The components of the MM7560-224 are composed of a ferrite core with wire windings, a shield, and a non-magnetic enclosure. The ferrite core allows for efficient energy storage and transfer over the entire frequency range. The shield reduces interference from external sources and the non-magnetic enclosure provides mechanical strength, durability, and environmental protection.

The CM7560-224 is designed to provide symmetrical noise suppression in applications where alternating current (AC) noise is present. The choke can be used in combination with RC filters, capacitors, inductors, and other components to optimize noise attenuation for a wide range of frequencies. Additionally, the CM7560-224 can be used in combination with EMI filters to reduce the noise radiation of electronic devices.

The application field of the CM7560-224 includes switching power supplies, microwave ovens, power amplifiers, medical equipment, and other applications where reliable noise suppression is required. The device has a rated operating temperature range of -20 to +80 degrees Celsius and is capable of handling currents up to 18.0 amperes. The CM7560-224 is also suitable for both continuous and applications where inrush currents or spikes may be present.

The offered CM7560-224 has many working principles. A key principle is that it induces magnetic flux when the passage of an alternating current passes through its 3 core windings. This magnetic flux links to the current in each winding to create a flow of energy into a load connected to the choke. This flow of energy creates an opposing current that is in phase to the source current, creating a ‘zero-sequence’ or common-mode current. This common-mode current attenuates and reduces the noise generated by the AC power source by creating a load in the source.

The device also has a ‘yoke’ or shield around its core and this yoke helps to reduce the amount of radiated noise and increase the device\'s ability to reduce common-mode noise. The yoke works by absorbing the energy from the electromagnetic field that is generated by the passing current, reducing the amount of noise that is radiated into the environment. In addition to these core principles, the device is capable of providing much higher attenuation values than other common-mode filter designs.

The CM7560-224 is an excellent choice for applications requiring reliable noise suppression for AC applications, especially in institutional, industrial, and commercial power line filter applications. Its wide rated operating temperature range and robust design make it ideal for a wide variety of applications where noise suppression is critical for reliable operation.

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