UU9LFBHNP-B283

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Common Mode Chokes (CM choke) are a type of electrical device that is used to contain and suppress high frequency noise signals within the connective system, reducing interference both outside and internally. The UU9LFBHNP-B283 is a type of CM choke that contains special features not seen in other types of choke, such as providing extra surge protection for inductive loads.

The UU9LFBHNP-B283 is most often used as a filtering device, providing both low-pass and highpass filtering, as well as signal conditioning. This type of filter allows the user to reduce noise in the frequency range of 0-100kHz, providing a far more efficient system then just simply dedicating a portion of the system for noise reduction.

The UU9LFBHNP-B283 also has an extensive technical specification list, including a leakage resistance rating of 30mA, an impedance of 900 Ω and a breakdown voltage of 400V DC. Additionally, the current rating of this model is 5A, making it ideal for small to mid-sized inductive loads.

The working principle of the UU9LFBHNP-B283 is to absorb the common mode signals in the system, preventing them from reaching other components. The core of the UU9LFBHNP-B283 is made of ferrite material, which is capable of absorbing both high and low frequency common mode signals. Additionally, the core is wound with copper wire to form the inductor, which is used to further reduce the amount of noise reaching the system.

The UU9LFBHNP-B283 also incorporates an advanced surge protection mechanism, which helps to reduce the risk of a surge in inductive loads. The built-in snubber circuit clamps the voltage during induction spikes, preventing any damage to the system. Furthermore, the CM choke is also designed to protect the system from damage caused by short circuit currents.

In general, the UU9LFBHNP-B283 is a type of CM choke that is ideal for suppressing high frequency noise signals within the system, while providing surge protection for inductive loads. The core material and copper wire wound construction helps to absorb common mode signals, while the advanced protection mechanisms help to prevent any risk of damage to the system.

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