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Soft ferrite core structure and use
We have entered the information and electronic age. The Internet and the Internet of Things that will be implemented have brought a lot of convenience and benefits to our lives. The variety of household electrical appliances continues to increase, and communication electronic products also emerge in endlessly.
May 28,2024
The global soft ferrite core material market size is expected to reach US$1.88 billion in 2029
The global soft ferrite core materials market is expected to reach US$1.88 billion in 2029. This data is based on the latest report "Global Soft Ferrite Core Materials Market Report 2023-2029" by the QYResearch research team. The report pointed out that in the next few years, the global soft ferrite core materials market will have a compound annual growth rate (CAGR) of 1.4%.
Uses of soft ferrite
The magnetic permeability of ferrite for telecommunications ranges from 750 to 2300. It has low loss factor, high quality factor Q, and stable magnetic permeability relationship with temperature/time. It is the type with the slowest magnetic permeability decrease during operation, about It decreases by 3% to 4% every 10 years. Widely used in high Q filters, tuned filters, load coils, impedance matching transformers, and proximity sensors. Broadband ferrite is often referred to as high permeability ferrite, with magnetic permeabilities of 5000, 10000, and 15000 respectively.
What are the functions of inductors? What are the functions of inductors?
The main function of the inductor is to isolate and filter AC signals or to form a resonant circuit with capacitors, resistors, etc.
Development Trend of Soft Ferrite Materials Soft Ferrite Materials
Currently, 22% of soft ferrite products are used in high-tech fields, such as digital communications, electromagnetic compatibility (EMC), radio frequency broadband, anti-electromagnetic interference (EMI), high-definition display, and automotive electronics. Applications in traditional mid- to low-end product fields account for 78%, such as televisions, power adapters, electronic ballasts, ordinary switching power supply transformers, and antenna rods.
What are the main applications of ferrite magnetic materials?
There are manganese ferrite (MnO·Fe2O3), zinc ferrite (ZnO·Fe2O3), nickel-zinc ferrite (Ni-Zn·Fe2O4), manganese-magnesium-zinc ferrite (Mn-Mg-Zn·Fe2O4), etc. Single or multi-component ferrites. The resistivity is much larger than that of metallic magnetic materials, and it has higher dielectric properties, so ferrites with both ferromagnetic and ferroelectric properties as well as ferromagnetic and piezoelectric properties appear. It has much higher magnetic permeability than metallic magnetic materials (including iron-nickel alloy, aluminum-silicon ferroalloy) at high frequencies, and is suitable for working at frequencies from several kilohertz to hundreds of megahertz. Processing ferrite is a general ceramic process, so the process is simple, saves a lot of precious metals, and is low cost. The saturation magnetic flux density Bs of ferrite is low, usually only 1/3 to 1/5 of iron. The magnetic energy stored in ferrite per unit volume is low, which limits its application in low-frequency, strong electric and high-power fields that require higher magnetic energy density. It is more suitable for applications in high frequency, low power, and weak current situations. Nickel-zinc ferrite can be used as antenna rods and intermediate frequency transformer cores in radios, and manganese-zinc ferrite can be used as the line output transformer core in television receivers. In addition, soft ferrite is also used in inductors and filter cores in communication lines. In recent years, it has also been used as a high-frequency magnetic recording transducer (magnetic head).
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