BK0603TM800-T Filters

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Ferrite beads and chips are electronic components that are commonly used in electrical systems to reduce noise disturbances. BK0603TM800-T is one of the thermal ferrite chips that has varied application field and working principle.

BK0603TM800-T, a kind of ferrite chip, has a wide application field. It is mainly used in AC-DC or DC-AC circuit. It is suitable for frequency range of 20 to 100 MHz, and can reach 47dB at high frequencies within the range, able to suppress noise up to 50dB. It is also suitable for repeating pulse, used specifically for power switching circuit in order to reduce common mode noise. Additionally, these ferrite chips can be used in LED displays, automotive electronics, analog circuits, digital circuits, wireless communications, medical electronics, industrial electronics, instrumentation and testing instruments, broadcast audio, etc.

The working principle of BK0603TM800-T ferrite chip is essentially to shut down common mode noise, thus provide quiet operation. The noise which is characterized by high frequency alternating current signals is kept away from the internal circuit of the ferrite chip, and it can pass normal sized signals to the detached circuit. These chips use an integrated magnetic technology, so that when switching signals run through, the inductive reactance of the chip becomes low and offer a large amount of noise attenuation. At the same time it also utilizes its zinc core to bring high impedance in the low frequency range, so it is able to suppress noise at any frequency above 20 MHz in the circuit.

Taking full advantage of their features, BK0603TM800-T ferrite chips are used for a wide variety of applications, primarily for eliminating common mode disturbance to avoid EMC problems. Their strong inductance brings great protection against electromagnetic interference. It can help to reduce disturbance in RF signals, static signals, and ground loops. It has high reliability and low deterioration on product performance, thus ensuring smooth operation and providing superior noise attenuation performance.

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