High-frequency and high-resistance common mode inductor nanocrystalline magnetic core: Optimized for high-frequency scenarios, with a frequency response covering DC-200 MHZ, stronger anti-interference ability, lower loss, and a saturation magnetic induction intensity of up to 1.2T. Specifically designed for high-frequency systems such as 5G equipment and new energy vehicle electronic control, it enhances anti-interference efficiency and stability.
High-frequency and high-resistance common mode inductor nanocrystalline magnetic core: Optimized for high-frequency scenarios, with a frequency response covering DC-200 MHZ, stronger anti-interference ability, lower loss, and a saturation magnetic induction intensity of up to 1.2T. Specifically designed for high-frequency systems such as 5G equipment and new energy vehicle electronic control, it enhances anti-interference efficiency and stability.
Product Performance:
High magnetic permeability µi (200KHZ), high L and high impedance Z in the high-frequency range.
High saturation flux density 1.2T
The Curie temperature is high (580°C) and it has excellent temperature characteristics
Low residual flux density Br, resistant to direct current
| Basic Parameters | |
| Saturation Flux Density | Bs = 1.25 T |
| Density | D= 7.2 kg/m³ |
| Dimensional Hardness | Hv= 880 kg/mm² |
| Resistivity | ρ=1.3 µΩcm |
| Crystallization Temperature | Tx >510°C |
| Strip Thickness | 约 18µm |
| Magnetic Loss (20KHz, 0.5T) | PFe ≤ 20W/kg* |
| Br/Bs | ≤0.2 |

Performance advantages:
- Magnetic performance: The magnetic permeability reaches 41000 at 100kHz, the saturated magnetic induction intensity is 1.42T, and it has excellent resistance to DC bias (the magnetic permeability remains >60% at 100Oe).
- Frequency characteristic: Frequency response extends to DC-200 MHZ, 100kHz@100mT loss is only 1000mW/cm³
- Temperature stability: Stable performance within the temperature range of -40℃ to 125℃, and outstanding anti-saturation ability in high-temperature environments
- Anti-interference capability: High impedance (10KΩ@1MHz) and low leakage inductance design, suitable for high-frequency scenarios such as 5G devices and electronic control of new energy vehicles

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