Magnetic Powder Core

Magnetic Powder Core, Magnetic Powder Cores

Magnetic Powder Core – Sendust Core

Sendust Core, which is made from 6%Al,9%Si and 85%Fe,is mainly used to replace iron powder core because its core loss is80%less than powdered iron, so it can be applied with the frequency above 8kHz.Sendust core has a saturation flux density of1.05T and permeability from 14 to 125.The nearly zero magnetostriction alloy makes sendust ideal for eliminating audible frequency noise. Sendust core also has better DC bias characteristics than MPP and the best cost performance. It is mainly applied in AC inductor, output inductor ,in-line filter, power factor correction inductor etc. It can also be used as transformer core in some circumstances.

Magnetic Powder Core

Magnetic Powder Core

Magnetic Powder Core – High Flux Cores

High Flux Core is made from 50%Ni and 50%Fe.It has a saturation flux density of 15000Gs and permeability from 14 to 25.In magnetic powder cores, High Flux Core has the highest flux density and best DC bias characteristics among all other materials such that core size could be smaller and less expensive than MPP. It is mainly applied in in-line filter, AC inductor, output inductor, power factor correction circuit etc.

Magnetic Powder Core – MPP Cores

MPP Core is made from 81%Ni, 2%Mo, 17%Fe, It has a saturation flux density of 7500Gs and permeability from 26 to 125, MPP core also the lowest core loss in magnetic powder cores and excellent temperature stability among all other materials , but its price is the most expensive . The nearly zero magnetostriction alloy makes MPP Core ideal for eliminating audible frequency noise, It is mainly applied in high Q filter, LC circuit for high temperature stability, output inductor, power compensation circuit etc.

Magnetic Powder Core – Si-Fe Cores

Si-Fe Core is made form 94%Fe and 6% Si. It has a saturation flux density of 16000Gs and permeability from 14 to 90.A true high temperature material, with no thermal aging, Si-Fe Core offers lower core losses than powdered iron cores and superior DC Bias performance. Si-Fe Core also has excellent temperature stability and high energy storage capability. Si-Fe Core is mainly used in PFC circuit, power inductor etc.

Magnetic Powder Core – HFF Cores

HFF Cores is made form 85%Fe and 15%Si-Ni .It has saturation flux density of 16000Gs and permeability is between 26-90.HFF Core loss is nearly half of Si-Fe Cores and very close to the High Flux Cores. Its DC-Bias is also better than Si-Fe Cores and same as the High Flux Cores. It can replace Si-Fe Cores to improve the efficiency of products in high current applications. Main application of HFF Cores is in PFC Chokes and Power Inductors. It is also widely used in solar, wind energy, hybid powered vehicles.

Magnetic Powder Core – Low Cost Si-Fe Cores

Low Cost Si-Fe Cores (CW Core) is a new generation low cost powder core. It has a saturation flux density of 14000 Gauss and permeability from 26-60. CW Core has low core loss, and excellent DC-Bias characteristics. CW Core also has excellent temperature stability and high energy storage capability. CW Core is mainly used in high current application, just as UPS, Solar inverter, etc.

Magnetic Powder Core – Super Sendust Cores

Super Sendust Cores (CS-HF) which has good DC bias characteristics close to Si-Fe cores with core losses similar to Sendust Cores. High permeability CS-HF cores (75-125μ) will be an economic solution for applications which require high permeability such as low power switching power supply, server power, automotive, solar power. CS-HF cores with low permeability (26-60μ) are applied to various large current applications which lower losses and excellent DC bias characteristics are critical. They are applied to various applications such as UPS, power Inverter, industrial power.

Super Sendust Cores

Super Sendust Cores

Super Sendust Cores, Toroid Super Sendust Core, T Alloy Magnetic Powder Core, Super Sendust toroid core, Toroidal Super Sendust Core Replace To Kool Mu Core, High-performance ferrite core, Super Sendust Toroidal Alloy Powder Cores Mode: Super Sendust Cores (Magnetic Powder Cores) Core Loss:Low Perm.vs DC Bias:Good Relative Cost:Low Frequency Range:2MHz Curie Temp.:600℃ Flux Density:10500G Temp.Stability: […]

Low Cost Si-Fe Cores

Low Cost Si-Fe Cores

Low Cost Si-Fe Cores, Toroid Magnetic Si-Fe CW Cores, Low Cost Si-Fe Magnetic Powder Core, Si-Fe toroid core, Si-Fe powder cores, High-performance ferrite T type core, Si-Fe transformer CW core Mode: Low Cost Si-Fe Cores / CW Cores (Magnetic Powder Cores) Applications ♦ Inductors for High Q ♦Low Loss Filter Circuits ♦Loading Coils ♦Transformers ,Chokes and […]

HFF Cores

HFF Cores

HFF Cores, Toroid Magnetic HFF Cores, HFF Magnetic Powder Core, HFF toroid core, HFF powder cores, Low Cast HFF Core, High-performance ferrite T type HFF core, HFF transformer core Mode: HFF Cores (Magnetic Powder Cores) Applications ♦ Inductors for High Q ♦Low Loss Filter Circuits ♦Loading Coils ♦Transformers ,Chokes and Inductors HFF Cores is made […]

Si-Fe Cores

Si-Fe Cores

Si-Fe Cores, Toroid Magnetic Si-Fe Cores, Si-Fe Magnetic Powder Core, Si-Fe toroid core, Si-Fe powder cores, Low Cast Si-Fe Core, High-performance ferrite T type core, Si-Fe transformer core Mode: Si-Fe Cores (Magnetic Powder Cores) Applications ♦ Inductors for High Q ♦Low Loss Filter Circuits ♦Loading Coils ♦Transformers ,Chokes and Inductors Si-Fe Cores ( KSF Series) […]

MPP Cores

MPP Cores

MPP Cores, Toroid Magnetic MPP Core, MPP Magnetic Powder Core, MPP toroid core, MPP powder cores, High-performance ferrite T type core, MPP powder core for transformer Mode: MPP Cores (Magnetic Powder Cores) Features a.High saturation magnetic induction, high permeability. b.Excellent DC current bias. c. High frequency, low loss, low noise. d. Excellent thermal stability. MPP […]

High Flux Core

High Flux Core

High Flux Core, Toroid High Flux Cores, High Flux Magnetic Powder Core, High Flux toroid core, high flux powder cores, High-performance ferrite T type core, high maximum flux density iron powder core for transformer Mode: High Flux Core (Magnetic Powder Cores) Core Loss:Low Perm.vs DC Bias:Good Relative Cost:Low Frequency Range:2MHz Curie Temp.:600℃ Flux Density:10500G Temp.Stability: […]

Toroid Sendust Core

Toroid Sendust Core

Toroid Sendust Core, T Alloy Magnetic Powder Core, Sendust toroid core, Toroidal Sendust Core Replace To Kool Mu Core, High-performance ferrite T type Sendust core, Sendust Magnetic Powder Toroid Core T184 Mode: Toroid Sendust Core (Magnetic Powder Cores) Core Loss:Low Perm.vs DC Bias:Good Relative Cost:Low Frequency Range:2MHz Curie Temp.:600℃ Flux Density:10500G Temp.Stability: Good Coating:Yes Color:Black […]

Sendust Toroidal Core

Sendust Toroidal Core

Sendust Toroidal Core, T Magnetic Powder Sendust Core, Black Sendust Magnetic Powder Ferrite Core, sendust FeSiAl toroidal cores inductor, Toroidal Sendust Core For FPC Chokes Meet Rohs, Ferrite sendust cores T type cores Mode: Sendust Toroidal Core (Magnetic Powder Cores) Core Loss:Low Perm.vs DC Bias:Good Relative Cost:Low Frequency Range:2MHz Curie Temp.:600℃ Flux Density:10500G Temp.Stability: Good […]

Alloy Magnetic Powder Sendust Core

Alloy Magnetic Powder Sendust Core

Alloy Magnetic Powder Sendust Core, Ring Shape Sendust Core, T Type Sendust Ferrite Core For Fly Back Transformer, Toroidal Sendust Core For FPC Chokes Meet Rohs, Ferrite sendust cores T type cores Mode: Alloy Magnetic Powder Sendust Core (Magnetic Powder Cores) Core Loss:Low Perm.vs DC Bias:Good Relative Cost:Low Frequency Range:2MHz Curie Temp.:600℃ Flux Density:10500G Temp.Stability: […]