FBMH2016HM121NT

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Ferrite chips, also known as ferrite cores or ferrites, are a type of magnetic material that has a wide variety of applications in electronics and electromechanical components. In recent decades, ferrite chips have become ubiquitous in consumer electronics due to their properties of high electronic conductivity, low thermal expansion, low frequency permittivity, and low frequency susceptibility. The most widely used ferrite chips are the Ferrite Bead and Chip (FBC) series. The FBC series, manufactured by Ferrite Beads & Chips (FBMH), are available in a variety of shapes, sizes and magnetic materials.

FBC series ferrite chips are composed of a ferrite core, which is a blend of various metals with a range of magnetic characteristics. A ferrite core, either in the form of a chip or a bead, consists of small particles that are densely packed within an electrically insulating material. FBMH2016HM121NT is a type of FBC ferrite chip that is made from a blend of barium and strontium ferrite, and possesses magnetic properties similar to those of conventional iron oxide ferrite powders. It is mainly composed of barium ferrite particles and a small amount of strontium ferrite particles bonded together in a “grain boundary” system.

Ferrite chips have a wide range of applications in consumer electronics, automotive, medical, telecommunications and other industries. In consumer electronics, ferrite chips are used for power/signal filtering, EMI suppression, and frequency stabilization. They are also used in many other contexts, including induction coils, transformers, antennas, sensors, and other electrical components.

The FBMH2016HM121NT is a high-performance ferrite chip with excellent electromagnetic characteristics. The chip has a high frequency stable loss of up to 522 dB, and an inductance of up to 400uH. It also has a frequency range of 0.1MHz to 30GHz, and a Q-factor ranging from 5 to 10. This makes the FBMH2016HM121NT ideal for applications in power supplies, RF transmitters, and interference suppression.

The working principle of the FBMH2016HM121NT is based on the law of magnetic induction. The ferrite core has a large number of ferromagnetic elements which are arranged in a certain pattern. When a current runs through the coil, the ferromagnetic particles become magnetized and are influenced by the external magnetic field, leading to a change in the electrical properties of the ferrite core. This change in electrical properties is then used to filter, stabilize, or otherwise control the signals or power.

In summary, the FBMH2016HM121NT is an excellent choice for a variety of applications in consumer electronics, power supplies, RF transmitters, and interference suppression. Its high-performance features, such as its high frequency stable loss, inductance of up to 400uH, and frequency range of 0.1MHz to 30GHz, make the FBMH2016HM121NT an optimal solution for those requiring excellent electromagnetic characteristics. The chip works on the principle of magnetic induction, where the ferrite core’s electrical properties are changed by the external magnetic field.

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