Nanocrystalline Ribbon 1K107
Fe-based Nanocrystalline Ribbon has the properties of high saturation magnetization and permeability, low coercive force and core loss, good stabilities on temperature and time effect, excellent abilities of anti-wearing and anti-rusty, and it shows the best property-value ratio among all of the soft magnetic materials
- Description
- Online Inquiry
Application
EMC Common Mode, Normal Mode Filter Chokes.
Cores for main transformer of switch power supply and control transformer.
Different Accuracy CT/VT Cores
Mag-amp and pulse killer cores
Characteristic
High saturate induction: minimize transformer volume
High permeability and low coercivity: promote efficiency of transformers and reduce distributional capacitance
Low core loss: minimize temperature rise of transformers
Excellent stability: with the highest serving temperature of 130℃ for long time
Relatively low cost compared to permalloys
Parameters
|
Width |
5~50mm |
Thickness |
26~34μm |
|
Saturation hysteresis expansion coefficient λs(ppm) |
1 |
Curie Temperature(℃) |
570 |
|
Saturate induction Bs(T) |
1.23 | Crystallization(℃) | 510 |
|
Coercivity Hc(A/m) |
1.5 |
Density(g/cm3) |
7.25 |
| Resistivity( μΩ.m) | 1.2 | Hardness Hv(kg/mm²) |
880 |
Related Products
-
Amorphous Ribbon 1K101
Amorphous Ribbon is an new soft magnetic material. It is produced through the advanced technology of rapid solidification of molten metal at a cooling rate of about a million ℃/sec. During this process the metal is rapidly quenched as a form of ribbon with 25-35 μm thickness, and the micro-structure of the alloy is the amorphous due to the high quenching rate
-
Nanocrystalline Ribbon 1K107B
Compared with traditional ferrite, nanocrystalline materials have high saturation flux density (≥1.2T), low core losses, low coercivity, low or zero magnetostriction, wide adjustable permeability in the range from 400 to 900,000, and excellent thermal stability, making it an ideal choice for high-frequency power electronics.
