B82721K2701N020

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Common Mode Chokes (CMC) are electromechanical induction devices designed to provide common-mode radio frequency interference (EMI) suppression, especially in power systems.

CMCs are used in power system applications where power line disturbances such electrical noise from motors, power controllers, computers and other power supplies are present. The CMCs are employed to improve power system stability, reduce noise levels from power disturbances, and reduce the risk of interfering signals from nearby devices.

The B82721K2701N020 is a commercial-grade CMC designed for a wide range of applications. It is constructed using specially designed electrodynamic inductors that are based on nanocrystalline core technology. This allows the inductors to operate more efficiently than traditional ferrite core designs.

The B82721K2701N020 CMC provides EMI protection for power systems in a variety of applications including industrial and commercial, automotive, aircraft, and marine systems. It is designed to withstand shock and vibration and operate in temperatures ranging from -55°C to 105°C.

The B82721K2701N020 CMC works by canceling common-mode interference while simultaneously suppressing noise induced by power line disturbances. To do this, the device uses a combination of two inductors connected in series, as well as two capacitors in parallel. The inductors are designed to operate at different frequencies, which helps reduce the amount of energy that is lost during the EMI filtering process.

The capacitors in the B82721K2701N020 CMC are designed to provide a low impedance path for the common-mode currents, which allows them to be quickly diverted from the desired power stage. The inductors then block the noise, preventing it from reaching the power system and causing interference.

The B82721K2701N020 CMC is easy to install and provides excellent protection for power systems that are prone to interference. It is RoHS compliant and has a compact design, making it ideal for a wide range of applications.

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