FBMJ1608HS220NTR

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FBMJ1608HS220NTR Application Field and Working Principle

ferrite beads and chips, which are also known as AC line filters, are increasingly being used in electronic circuits. In particular, FBMJ1608HS220NTR is gaining more and more popularity in various types of applications such as automotive, medical, and home electronics.

FBMJ1608HS220NTR contains two layers: a core made of ferrite material, and a polymer cover to provide mechanical protection. Ferrite material has very high frequency attenuation and therefore provides excellent EMI shielding. In addition, the cover not only provides more protection to the core but also reduces the resonance frequency, which makes it suitable for high-frequency applications.

At its core, the FBMJ1608HS220NTR is mainly used to suppress high-frequency noise. It works by dissipating the high-frequency noise through its parallel inductance and resistance. This attenuates any interference and also limits the current passing through the circuit, thus protecting it from any surges. This is especially useful if the circuit is being operated at high frequencies as well as when there are any unexpected high-frequency disruptions.

In addition to noise suppression, FBMJ1608HS220NTR\'s other uses include filter rectification, DC-DC converter regulation, DC-DC converter current limiting, and other circuit applications requiring EMI shielding, high-frequency attenuation, or current limiting.

To use FBMJ1608HS220NTR, you need to choose a core size that meets your requirements for attenuation or current limit. It is also important to choose a cover material that can provide the necessary mechanical protection. Common cover materials include epoxy resin, thermoplastic, and polyester.

In conclusion, FBMJ1608HS220NTR is an effective EMI shielding and high-frequency noise suppression device that is gaining popularity in various applications. It has a core made of ferrite material and a cover to provide mechanical protection. It is ideal for filtering out high-frequency noise and providing protection from current surges.

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