ns or |T ns lse for me r Tr a EV | Se s nic tro lec rE me Re ne wa ble En er gy Pu t r en me r r r Cu sfo an Tr u c ns eti Co gn et t| ma he en tro i ng S ec El ield Sh rospace | Industr city | Ae ial P ectri owe l E r Su nd a c ppl i r t y| c le Me E | dic n o M i al agn r HF Inductor at e Eq e t m t A r r i c m o plif ui po nsf a s i pm r er T n F a H r es or C Po w nd de r ou C -W or es pe Ta Slitt ing R ibbo n C n ibbo te R osi omp Nanocrystalline Soft Magnetic Material ANTAINANO® IS O 90 0 1 a n d I ATF 16949 C e rt ificate Address:Zone B, No . 10 Yongchengbeilu , Yongfeng Industrial Base, Haidian District, Beijing, China. 100094 Tel: 010-58712661/2658/2641/2664/2675 Fax: 010-58712642 E-mail: nano@atmcn.com http://www.atmcn.com Advanced Technology & Materials Co., Ltd. Amorphous Products Branch ANTAINANO® Features of Antainano®： 1.High saturation magnetic flux Antainano® soft magnetic alloy with high saturation magnetic induction intensity (1.25T) and high initial permeability (> 80000), can satisfy the optimal design of high-frequency, miniaturization and low cost。 2.Low core loss ＜50W/kg@100kHz, 300mT 3.Low coercive force Hc＜1.5A/m 4.Low magnetostriction λs~0, very low noise. density and high Permeability 5.Excellent temperature characteristics and small aging effects 6.Excellent characteristics over wide frequency range Small permeability variation (less than ±10%) at a temperature range of –50℃~150℃. High permeability, high impedance and low loss characteristics over wide frequency range. 7.Flexibility to control magnetic properties“B-H curve shape” during annealing Three types of B-H curve squareness, high, middle and low remanence ratio, corresponding to various applications. Magnetic Properties of Antainano® and conventional materials: Composing （wt. %） μi (Br/Bs) % Hc （A/m） Bs （T） ρ （μΩ·cm） FeCuNbSiB 30000~60000 50000~100000 30000~150000 85~95 45~65 5~20 ≤1.5 1.25 120 FeSiB ~5000 ~85 ≤2.5 1.56 120 Cobalt-based Amorphous Ribbon ＞50wt. %Co ~300000 ＞90 ≤1.5 0.5~0.9 140 Iron 99.8Fe 150 / 80 2.14 10 Non-oriented 3% Si-sheel 3SiFe 270 / 60 2.01 47 Oriented 3% Si-sheel 3SiFe 1400 / 7 2.01 50 1J50 48% Ni Permalloy 48NiFe 11000 / 2 1.55 48 1J84 79% Ni Permalloy 4Mo79Ni 40000 / 1 0.8 58 1J85 80% Ni Permalloy 5Mo80Ni 80000 / 0.4 0.78 65 Material Antainano® LM NM TM Fe based amorphous LM:Longitudinal magnetic field; NM:No magnetic field; TM:Transverse magnetic field; Application Selection Table: Product Code 1K107B Available Stacking Saturation Coercivity thickness factor flux density t [μm] % 23-26 78-84 20-23 78-84 17-20 75-82 14-17 75-82 Bs[T] 1.24 Hc[A/m] ≤1.5 Application (For reference) High Frequency Power Transformer (HFPT) Common Mode Choke (CMC) Select Pcm [W/kg] (20kHz,0.5T) μ0.08 Select Pcm [W/kg] (100kHz,0.3T) μ (10kHz) √ ≤20 30,000~60,000 \ \ \ √ ≤15 30,000~60,000 √ ≤80 80,000 √ ≤12 30,000~60,000 √ ≤70 75,000 \ \ \ √ ≤60 Current Transformer (CT) Wireless Power Transmission (WPT) μ μm Select μi (50Hz) (100kHz) (50Hz) \ Select Pcm [W/kg] (100kHz,0.3T) μ (100kHz) √ 85,000 500,000 \ \ \ 15,000 √ 80,000 500,000 \ \ \ 25,000 \ \ \ \ \ \ 70,000 30,000 \ \ \ \ \ \ 80,000 15,000 1K107BW 22-28 78-84 1.24 ≤1.5 √ ≤15 \ √ ≤85 √ 140,000 500,000 \ \ \ 1K107E 18-22 78-84 1.24 ≤1.5 \ \ \ \ \ \ \ √ 150,000 500,000 \ \ \ 140,000 900,000 1K107O 22-28 78-84 1.24 ≤1.5 \ \ \ \ \ \ \ √ \ \ \ 1K107W 14-26 75-84 1.24 ≤1.5 \ \ \ \ \ \ \ √ \ \ √ ≤80 ≥12,000 1K107H 18-26 78-84 1.40 ≤2.5 \ \ \ \ \ \ \ \ \ √ ≤110 ≥14,000 ≤2.0 \ \ \ √ ≤90 20,000 12,000 \ \ \ \ \ \ ≤2.5 \ \ \ √ ≤90 8,500 7,500 \ \ \ \ \ \ ≤2.5 \ \ \ √ ≤90 5,500 5,000 \ \ \ \ \ \ ≤3.0 \ \ \ √ ≤90 4,500 4,500 \ \ \ \ \ \ FN-200 FN-100 FN-080 FN-035 78-84 20-23 17-20 78-84 78-84 78-84 1.25 \