B82747E6163A040 Filters

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Common Mode Chokes

Common Mode Chokes, also known as common mode inductors, are electrical components that are used to reduce or eliminate noise, particularly in high frequency applications. They are typically used between two circuits, preventing interference and ensuring an uninterrupted electrical signal.

The B82747E6163A040 is one such device. It is a highly accurate, low-loss and high-impedance Common Mode Choke, designed for use in digital communication, multimedia and telecommunications applications. It is small and lightweight, making it ideal for use in small spaces.

Application Field

Common Mode Chokes are used in a variety of applications, such as audio and video signals, radio communications, telecommunication systems, digital music systems, or any other system that requires high frequency operation without interference. The B82747E6163A040 is particularly well-suited to audio and video applications because of its high accuracy, low loss and high impedance design.

Working Principle

The common mode choke works by eliminating or greatly reducing the interference between two circuits. It uses an inductor to create a magnetic field around the conductors, which prevents the interference from passing through. This magnetic field is strong enough to reduce common mode and differential noise, while still allowing the desired signals to pass.

In the case of the B82747E6163A040, the design also includes a ferrite core, which boosts inductance and causes the interference to be further reduced. This helps to ensure the desired signals are transmitted with no distortion or interruption.

Conclusion

The B82747E6163A040 is a highly reliable and accurate common mode choke, designed for use in digital communication and multimedia applications. Its small size and lightweight design make it ideal for use in restricted spaces, and its low-loss and high-impedance design ensures interference is reduced to an absolute minimum. This makes it an excellent choice for a wide range of applications.

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