UU9LFBNP-B902

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Common Mode Chokes, or CMCs, are power line filters used in electronic circuits to filter out common mode noise in power lines. The UU9LFBNP-B902 is a wide-band CMC designed for use in industrial and consumer applications. It is a general-purpose filter suitable for a variety of applications and frequencies ranging from 1kHz to 16MHz.

The UU9LFBNP-B902 is an inductor-based filter which works by blocking common mode noise on the power lines. Common mode noise is the noise generated by current flowing through two conductors that have a mutual inductive or capacitive coupling. The filter senses the ripple current flowing through the power line conductors and restricts it, thereby reducing the overall level of noise in the line. By doing so, it prevents sensitive electronic components from being affected by noise.

The UU9LFBNP-B902 is an excellent choice for industrial and consumer applications. Its wide frequency range and high current rating make it suitable for a variety of applications. It also features a low profile that allows for easy installation in tight spaces. Its high-flux ferrite core provides excellent common mode noise attenuation.

In addition to its common mode choke capability, the UU9LFBNP-B902 also offers a differential mode filter. The differential mode filter works in a similar way to the common mode choke, but it filtering is performed on the differential currents between two conductors, rather than just one. This allows for further reduction of differential noise on the power lines. The differential mode filter also helps reduce interference between different power lines by preventing signal coupling.

Overall, the UU9LFBNP-B902 is an excellent choice for a variety of industrial and consumer applications. Its wide frequency range and high-flux ferrite core make it effective at filtering common mode noise on power lines. Its differential mode filter helps further reduce noise and interference between power lines. The low profile of the filter makes it ideal for use in tight spaces, making it a versatile and reliable choice for noise filtering.

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