Physikalischer Parameter:

Abschnitt Eisenkerne: AFe=0.08cm2 TYP

Mittlere Pfadlänge: LFe =3,14 cm TYP

Nettogewicht: MFe=0=1,8 g TYP

Testbedingung: 1 KHz, 0,25 V

Specified Value: AL{{0}}.0μH MIN

Temperature Resistance Level: 130 degree

The permeability μ of nanocrystalline alloy 500 F is significantly higher than the μ of ferrites in the low frequency range. At higher frequencies the μ of both nanocrystalline materials remains above that of ferrites. A high choke impedance is preferred for a high attenuation. To achieve high impedance, high permeability core material rather than an increased number of turns must be used, as a low number of turns leads to low winding capacity and thus superior HF properties. We has focused on the favourable material properties of nanocrystalline cores to build an extensive practical and theoretical experience in the design of common-mode chokes and filters. optimized chokes offer clearly improved HF-properties.

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