FBMH1608HL221-TV Filters

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Introduction

The FBMH1608HL221-TV is an component used in ferrite beads and chips and can be found in a wide range of applications. It is a microelectronic device, used to reduce electromagnetic interference with its magnetic field. The FBMH1608HL221-TV integrates the device along with the limited inductance to provide for the signal. This component is used in high frequency design and is used in different applications where EMI suppression is particularly important, such as automotive electronics, CCTV, communication and other high-frequency applications.

Application Field

The FBMH1608HL221-TV is mainly used for reducing signal scattering and absorption when capacitive reactance is required for high frequency AC current in electronic circuits. Generally, it is used to suppress EMI at various frequencies and especially has significant performance in suppressing 2MHz to 8MHz of high frequency radiation. The FBMH1608HL221-TV allows components and systems to gain the required EMI protection that is essential for compliance with the FCC, CISPR and EN standards.

The FBMH1608HL221-TV can be deployed in many content solutions and systems, while also being cost-effective and efficient in performance and are commonly used in automotive 3D printing, consumer electronics, unmanned aerial vehicle, LED display system, internet of things (IoT), communication system, etc. It offers an ideal signal integrity solution as it is applied in devices that need more protection from signal distortion, interference and noise for better reliability.

Working Principle

The FBMH1608HL221-TV works on the principle of the magnetic field. This component creates high impedance paths for high frequency signals. It uses the combination of ferrite material and inductance which directs the current away from the protected components. It mainly reduces noise signal interference of electromagnetic waves moving through the medium. This helps reduce the interference of various external electromagnetic radiations such as the ones generated by radio transmitters.

When an electromagnetic energy passes through the beads, it creates an opposing current in the ferrite beads, limiting the flow of current.This limits the airborne particles such as those generated by a mobile phone or the electromagnetic fields from radio transmissions from entering the wires. The higher the value of the ferrite bead, the more effective the suppression of EMI radiation.

Conclusion

The FBMH1608HL221-TV is an effective electromagnetic interference (EMI) suppression device with its magnetic field. It can effectively reduce the signal scattering and absorption when capacitive reactance is required for high frequency AC current in electronic circuits. It is mainly used to suppress EMI at various frequencies with significant performance in suppressing 2MHz to 8MHz of high frequency radiation. With its magnetic field, it is cost-effective and efficient in performance and can be used in a wide range of applications such as automotive electronics, CCTV, communication, and others.

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