Wave filter inductors, like boost inductors and blocking inductors, are inductor categories named after the functions they implement. The magnetic core materials they use are diverse, including manganese-zinc ferrite, iron powder core, iron-silicon-aluminum, iron-silicon , iron-nickel, iron-silicon-nickel, iron-nickel-molybdenum, amorphous, nanocrystalline, etc. Commonly used materials are iron-silicon-aluminum. According to research and analysis, compared to ferrite flux, the density of iron-silicon-aluminum is 2 times that of the other material. As many times as many times, under high temperature conditions, the magnetic saturation point of iron-silicon-aluminum does not drop significantly, and the stability is good; the evenly distributed air gap saturation in the magnetic core is an important feature of iron-silicon-aluminum alloy cores, so the product has good The linearity of the current changes on the inductance change is relatively smooth, and the overload capacity is good. The full magnetic flux density of the iron-silicon-aluminum will not decrease, it is very stable, and the current value can be adjusted to a higher value, and it will not have any impact on the power plant. function is affected.

Characteristics of wave filter inductor:

1. With a ring-shaped structure, it reduces radiation;

2. Low power loss, reducing the thermal effect of peripheral components, achieving energy conservation and environmental protection;

3. A variety of magnetic core materials to suit a wide frequency range.

4. Widely used, often used in switching power supplies, inverters, household appliances, medical equipment, industrial equipment, etc.

	Wave filter inductor Rated voltage:AC 250V\/50-60Hz Rated current: AC 15A Rated inductance: greater than or equal to 3.8mH @100K, 1V Core: Ferrite T311915		Wave filter inductor Rated voltage:AC 250V\/50-60Hz Rated current: AC 30A Rated inductance: greater than or equal to 1.4mH @100K, 1V Core: Ferrite T442230
	Wave filter inductor Rated voltage:AC 250V\/50-60Hz Rated current: AC 20A Rated inductance: greater than or equal to 1.0mH @100K, 1V Core: Ferrite T381913		Wave filter inductor Rated voltage:AC 200V\/50-60Hz Rated current: AC 50A Rated inductance: greater than or equal to 1.3mH @ 100K, 1V Core: Ferrite T621913-2pcs
	Wave filter inductor Rated voltage:AC 250V\/50-60Hz Rated current: AC 40A Rated inductance: 1.5H±25 percentage@100KHz, 1V Core: Ferrite T472715		Wave filter inductor Rated voltage:AC 500V\/50-60Hz Rated current: AC 60A Rated inductance: 0.65mH±25 percentage@100KHz, 1V Core: Ferrite T684415
	Wave filter inductor Rated voltage:AC 250V\/50-60Hz Rated current: AC 35A Rated inductance: greater than or equal to 2.5mH ​​@ 100K, 1V Magnetic core:DY503220		Wave filter inductor Rated voltage:AC 500V\/50-60Hz Rated current: AC 35A Rated inductance: greater than or equal to 0.75mH @100KHz, 1V Core: Ferrite T503020
	Wave filter inductor Rated voltage:AC 400V\/50-60Hz Rated current: AC 35A Rated inductance: greater than or equal to 4.0mH @100KHz, 1V Magnetic core:DY604217H	Wave filter inductor Rated voltage: DC 700V\/16KHz Rated current: DC 10A\/20A Rated inductance: 1.5mH±30 percentage@100KHz, 1V Core: Ferrite T472715