B82723A2802N001

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Commonly referred to as a “Common Mode Choke”, B82723A2802N001 is specifically designed for electromagnetic interference (EMI) suppression of common-mode noise in electronic equipment. Using a combination of inductors and capacitors, this type of device effectively removes noise currents from the transmission signals of a system. It enables the system to operate efficiently and safely.

B82723A2802N001 is used in a wide range of applications, including consumer electronics, automotive, communication, aerospace, manufacturing, and industrial control systems. It can be applied to any circuit with the ability to detect and reject common-mode noise. In addition, it can also be used for noise suppression in power distribution grids, AC and DC motors, medical equipment, and computer systems.

The working principle of B82723A2802N001 relies on its complex combination of inductors and capacitors. With each section containing an inductor and capacitor, the inductor acts as an inductive filter, blocking the high-frequency noise while only allowing the desired frequency to pass. The capacitor acts as a capacitive filter, blocking low-frequency noise and allowing desired frequency to be transmitted. This combination provides optimal performance in eliminating EMI noise, reducing the risk of system disruptions and malfunctions.

When selecting B82723A2802N001 for a given application, it is important to consider the voltage rating, current rating, temperature rise, inductance, capacitance, and size. In addition, consideration should be given to the compatibility of the device with the system to be protected.

B82723A2802N001 is an ideal solution for controlling EMI noise caused by common-mode interference. By combining inductors and capacitors in an optimized design, the device is capable of removing EMI noise from the transmission signals of a system while allowing the desired frequency to pass. It is also designed to be installed in a wide range of applications, ensuring compatibility with a variety of systems.

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