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SAT Amorphous Technology
Jul 15 , 2020
SAT Amorphous Technology Amorphous alloy has low free volume and thin thickness, so it can be made into different specifications and shapes by winding or pasting. It is characterized by no clear grain boundaries like metal, so it has better wear resistance, magnetic permeability and corrosion resistance. Amorphous alloy has higher toughness and less brittleness than other metals and ceramics. Amor...
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The Application of Nanocrystalline Inductive Components Nowadays and In The Future
Aug 17 , 2020
The Application of Nanocrystalline Inductive Components Nowadays and In The Future Due to the excellent performance of soft magnetic materials and their unique combination, nanocrystalline materials have become more and more important, mainly reflected in the further improvement of future advanced power electronic systems. Applications such as energy generation and distribution, energy measurement...
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Nanocrystalline No Ferrite
Sep 10 , 2020
Nanocrystalline No Ferrite In switching power supplies, nanocrystalline common mode chokes have better characteristics than ferrite core common-mode chokes, the surge current and spike voltage they generate will form interference sources. If not suppressed, these interferences will cause damage to the load equipment or the switching power supply itself. In EMI filter circuits, differential mode is...
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Why We Use Nanocrystalline Core For Electronic Components?
Sep 27 , 2020
Why We Use Nanocrystalline Core For Electronic Components? Abstract: Nanocrystalline is a soft magnetic material composed of Fe, Si, B, and has been widely used in the field of electronic component manufacturing. Its excellent characteristics such as high magnetic permeability can lower the magnetic core loss of the transformer, and at the same time greatly reduce the size and weight of the compon...
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Why Is Nanocrystalline the Best Core for an Electromagnet?
Sep 29 , 2020
Why Is Nanocrystalline The Best Core For Electromagnet? Nanocrystalline soft magnetic materials have become widely used in power electronic design in recent years. In addition to excellent performance, the price and the diversity of materials applications have greatly replaced traditional ferrite materials. Material Alloy composition Losses (20kHz, 200mT) [W/kg] Saturation Bsat [mT] Magneto strict...
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Amorphous & Nanocrystalline Ribbon Products Available from SAT in 2020
Oct 20 , 2020
Amorphous & Nanocrystalline Ribbon Products Available from SAT in 2020 SAT AMORPHOUS is one of the main manufacturers of iron-based amorphous nanocrystalline cores in China, and an important supplier of nanocrystalline core products from world-renowned groups such as ABB, SE, SMA. Core products include toroidal cores, c cut cores, etc. Under the existing production capacity, SAT AMORPHOUS prov...
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How Do We Make Amorphous Metals in 2020?
Oct 30 , 2020
How Do We Make Amorphous Metals in 2020? Amorphous metals have brought new development opportunities for materials science and manufacturing, especially in the field of energy conversion. Traditional crystalline alloys need to be processed in multiple steps to obtain better properties, such as quenching and electroplating. Amorphous metals can be formed in one step through a single-step solution, ...
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Why We Choose Amorphous Transformer in 2020
Nov 05 , 2020
Why We Choose Amorphous Metal Transformer in 2020 In the past few decades, the environmental issues are not as prominent as they are today, so people did not pay as much attention to global warming and greenhouse gas emissions as they are now. Therefore, in the design of transformers, matters related to energy efficiency are not the first to consider. In the last ten years, in the power industry a...
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Nanocrystalline Material Applications 2020
Nov 12 , 2020
Nanocrystalline Materials Applications in 2020 Because nanocrystalline materials have exclusive, favorable physical, chemical and mechanical properties, they can be used in applications below. High sensitivity sensor High-sensitivity sensors use their sensitivity to accurately detect changes in different parameters. Basically the parameters include chemical activity, thermal conductivity, re...
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