It adopts a track-shaped structure, which is suitable for the winding of flat cables, has a high space utilization rate, balanced magnetic shielding performance, and can filter out high-frequency common-mode noise. It is applicable to compact space scenarios such as notebook computers and industrial wiring harnesses, simplifying EMC design.
It adopts a track-shaped structure, which is suitable for the winding of flat cables, has a high space utilization rate, balanced magnetic shielding performance, and can filter out high-frequency common-mode noise. It is applicable to compact space scenarios such as notebook computers and industrial wiring harnesses, simplifying EMC design.
| Material Parameters | |
| Magnetic saturation induction intensity | 1.25T |
| Resistivity | 130μΩ-cm |
| Resistivity | 560℃ |
| Continuous Operating Temperature | 130℃ |
| Magnetic Permeability (@10kHz) | 30 000-100 000 |
| Magnetic Permeability (@100kHz) | 12000-25000 |
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Performance advantages:
- Structural design: Run-shaped flat structure (such as 17.5×8.6×7.6mm), straight area winding, arc area support, space utilization increased by more than 30%
- Winding process: The clock winding structure reduces interlayer capacitance, increases the resonant frequency, and is suitable for flat cables, etc
- Magnetic properties: Saturation magnetic induction intensity 1.2T, 100kHz@50mT loss 265mW/cm³, support high current
- EMC characteristics: Balanced magnetic shielding, high insertion loss, suitable for compact Spaces such as notebook computers and industrial wiring harnesses

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