無線充電隔磁片以鐵基非晶/納米晶帶材為主要原材料製成,非晶/納米晶隔磁材料具有高的磁導率,高的飽和磁通密度,無各向異性,無線充電效率可達70%以上,可製成 30-300μ m 的磁性薄片,材料為柔性,不會變形或碎裂。
Magnetic sheet for wireless charging is made of iron-based amorphous/nano-crystalline ribbons,the amorphous/nano-crystalline magnetic sheet with high permeability,high saturate induction,no anisotropy,wireless charging efficiency reach more than 70%,30-300μ m magnetic sheet can be made,the material i s flexible,will not be deformed or fractured.
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● 使用隔磁片可明顯增強磁通,提高充電效率 。
Enhancethe magnetic flux andimprove the charging efficiency whenmagnetic sheet be used.
● 使用隔磁片可防止磁感線外泄,降低電磁幹擾。
Prevent leakage of magnetic field, reducing the level of EMI.
| 性能特點 Characteristics |
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● 高磁導率(500-1000)—提高充電效率 High permeability(500-1000)—Improve charging efficiency |
| 性能指標 Performance Index | ||||||
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基本磁性參數Basic Magnetic property |
非晶隔磁片 Amorphous magnetic sheet |
納米晶隔磁片Nano crystalline Magnetic sheet |
錳鋅鐵氧體 MnZnferri te |
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磁感應強度 Magnetic induction B800/T |
1.56 |
1.25 |
0.54 |
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磁導率(@200KHZ) Permeability |
實部μ ′ |
500-1000 (可調) |
500-1000 (可調) |
≤150 |
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虛部μ ″ |
30-60 (可調) |
20-50 (可調) |
3-5 |
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矯頑力 |
Hc/(A/m) |
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<4 |
≤1.6 |
250-600 |
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電阻率 |
Resistivity δ |
(μ Ω ·cm) |
≥130 |
≥130 |
8 1.03*10 |
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居裡溫度 Curie temperature/℃ |
400 |
570 |
400 |
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厚 度 thickness/mm |
0.035-0.3 |
0.03- 0.3 |
≥0.1 |
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工作溫度 Operating temperature/℃ |
-40~85 |
-40~85 |
-40~85 |
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