Magnetics Ferrite Cores

TypeDimension﹙mm﹚ ABP15E25-060-xxx15.0±0.325.0±0.3P16E15-060-xxx16.3±0.315.0±0.3P20E30-060-xxx20.0±0.330.0±0.3P21E25-060-xxx21.0±0.325.0±0.3P25E25-060-xxx25.0±0.325.0±0.3P28E25-060-xxx28.0±0.325.0±0.3P30E25-060-xxx30.0±0.325.0±0.3P33E25-060-xxx33.0±0.325.0±0.3P40E20-060-xxx40.0±0.420.0±0.3P51E18-060-xxx51.0±0.518.0±0.3P61E13-060-xxx61.0±0.513.0±0.3P78E10-060-xxx78.0±0.610.0±0.3P84E10-060-xxx84.0±0.610.0±0.3 Advantages:High Saturation Magnetic Inductive Strength: P-shaped

TypeDimension﹙mm﹚ ABP15E25-060-xxx15.0±0.325.0±0.3P16E15-060-xxx16.3±0.315.0±0.3P20E30-060-xxx20.0±0.330.0±0.3P21E25-060-xxx21.0±0.325.0±0.3P25E25-060-xxx25.0±0.325.0±0.3P28E25-060-xxx28.0±0.325.0±0.3P30E25-060-xxx30.0±0.325.0±0.3P33E25-060-xxx33.0±0.325.0±0.3P40E20-060-xxx40.0±0.420.0±0.3P51E18-060-xxx51.0±0.518.0±0.3P61E13-060-xxx61.0±0.513.0±0.3P78E10-060-xxx78.0±0.610.0±0.3P84E10-060-xxx84.0±0.610.0±0.3 Advantages:High Saturation Magnetic Inductive Strength: P-shaped

Advantages: High Saturation Magnetic Induction Intensity: C-shaped metal magnetic powder cores have a high saturation magnetic induction intensity. Typically, iron powder cores can reach up to 1.5T, and high permeability types can reach up to 1.3T. Even under lower external magnetic fields, they can achieve a larger magnetic induction intensity and high-density magnetic flux, meeting the design needs for large capacity and miniaturization. High Effective Permeability: Various

Advantages: High Saturation Magnetic Induction Intensity: C-shaped metal magnetic powder cores have a high saturation magnetic induction intensity. Typically, iron powder cores can reach up to 1.5T, and high permeability types can reach up to 1.3T. Even under lower external magnetic fields, they can achieve a larger magnetic induction intensity and high-density magnetic flux, meeting the design needs for large capacity and miniaturization. High Effective Permeability: Various

Advantages: High Saturation Magnetic Induction Intensity: C-shaped metal magnetic powder cores have a high saturation magnetic induction intensity. Typically, iron powder cores can reach up to 1.5T, and high permeability types can reach up to 1.3T. Even under lower external magnetic fields, they can achieve a larger magnetic induction intensity and high-density magnetic flux, meeting the design needs for large capacity and miniaturization. High Effective Permeability: Various

Advantages: High Saturation Magnetic Induction Intensity: C-shaped metal magnetic powder cores have a high saturation magnetic induction intensity. Typically, iron powder cores can reach up to 1.5T, and high permeability types can reach up to 1.3T. Even under lower external magnetic fields, they can achieve a larger magnetic induction intensity and high-density magnetic flux, meeting the design needs for large capacity and miniaturization. High Effective Permeability: Various

Advantages: High Saturation Magnetic Induction Intensity: C-shaped metal magnetic powder cores have a high saturation magnetic induction intensity. Typically, iron powder cores can reach up to 1.5T, and high permeability types can reach up to 1.3T. Even under lower external magnetic fields, they can achieve a larger magnetic induction intensity and high-density magnetic flux, meeting the design needs for large capacity and miniaturization. High Effective Permeability: Various

Advantages: High Saturation Magnetic Induction Intensity: C-shaped metal magnetic powder cores have a high saturation magnetic induction intensity. Typically, iron powder cores can reach up to 1.5T, and high permeability types can reach up to 1.3T. Even under lower external magnetic fields, they can achieve a larger magnetic induction intensity and high-density magnetic flux, meeting the design needs for large capacity and miniaturization. High Effective Permeability: Various

Advantages: High Saturation Magnetic Induction Intensity: C-shaped metal magnetic powder cores have a high saturation magnetic induction intensity. Typically, iron powder cores can reach up to 1.5T, and high permeability types can reach up to 1.3T. Even under lower external magnetic fields, they can achieve a larger magnetic induction intensity and high-density magnetic flux, meeting the design needs for large capacity and miniaturization. High Effective Permeability: Various

Advantages: High Saturation Magnetic Induction Intensity: C-shaped metal magnetic powder cores have a high saturation magnetic induction intensity. Typically, iron powder cores can reach up to 1.5T, and high permeability types can reach up to 1.3T. Even under lower external magnetic fields, they can achieve a larger magnetic induction intensity and high-density magnetic flux, meeting the design needs for large capacity and miniaturization. High Effective Permeability: Various

Advantages: High Saturation Magnetic Induction Intensity: C-shaped metal magnetic powder cores have a high saturation magnetic induction intensity. Typically, iron powder cores can reach up to 1.5T, and high permeability types can reach up to 1.3T. Even under lower external magnetic fields, they can achieve a larger magnetic induction intensity and high-density magnetic flux, meeting the design needs for large capacity and miniaturization. High Effective Permeability: Various

Advantages: High Saturation Magnetic Induction Intensity: C-shaped metal magnetic powder cores have a high saturation magnetic induction intensity. Typically, iron powder cores can reach up to 1.5T, and high permeability types can reach up to 1.3T. Even under lower external magnetic fields, they can achieve a larger magnetic induction intensity and high-density magnetic flux, meeting the design needs for large capacity and miniaturization. High Effective Permeability: Various

Advantages: High Saturation Magnetic Induction Intensity: C-shaped metal magnetic powder cores have a high saturation magnetic induction intensity. Typically, iron powder cores can reach up to 1.5T, and high permeability types can reach up to 1.3T. Even under lower external magnetic fields, they can achieve a larger magnetic induction intensity and high-density magnetic flux, meeting the design needs for large capacity and miniaturization. High Effective Permeability: Various

​​ Fig.1 Fig.2 Fig.3 Fig.4 Fig.5 Fig.6 Specification Figure Dimension(mm) Effective parameter Inductor coefficient AL(nH/N2) Weight A B C/C1 C2 D E F/H Ae(mm2) Le(mm) Ve(mm3) BP44 BP95 (grams/pair) ED22/23 5 22±0.4 11.6±0.2 9±0.2 8.6±0.2 6.55±0.2 16.4±0.4 8.8±0.2 50.2 53.4 2679 1900±25% 2350±25% 15.1 ED23/25 1 23±0.3 7.6±0.2 25±0.3 _ 5±0.2 17.5min 5±0.15 127.4 40.8 5197.9 6600±25% 8250±25% 31.1 ED25/34 1 25.5±0.3 7.6±0.2 34±0.3 _ 5±0.2 20min 5±0.15 173.6 43.4 7686.2 8300±25%

​​ Fig.1 Fig.2 Fig.3 Fig.4 Fig.5 Fig.6 Specification Figure Dimension(mm) Effective parameter Inductor coefficient AL(nH/N2) Weight A B C/C1 C2 D E F/H Ae(mm2) Le(mm) Ve(mm3) BP44 BP95 (grams/pair) ED22/23 5 22±0.4 11.6±0.2 9±0.2 8.6±0.2 6.55±0.2 16.4±0.4 8.8±0.2 50.2 53.4 2679 1900±25% 2350±25% 15.1 ED23/25 1 23±0.3 7.6±0.2 25±0.3 _ 5±0.2 17.5min 5±0.15 127.4 40.8 5197.9 6600±25% 8250±25% 31.1 ED25/34 1 25.5±0.3 7.6±0.2 34±0.3 _ 5±0.2 20min 5±0.15 173.6 43.4 7686.2 8300±25%

​​ Fig.1 Fig.2 Fig.3 Fig.4 Fig.5 Fig.6 Specification Figure Dimension(mm) Effective parameter Inductor coefficient AL(nH/N2) Weight A B C/C1 C2 D E F/H Ae(mm2) Le(mm) Ve(mm3) BP44 BP95 (grams/pair) ED22/23 5 22±0.4 11.6±0.2 9±0.2 8.6±0.2 6.55±0.2 16.4±0.4 8.8±0.2 50.2 53.4 2679 1900±25% 2350±25% 15.1 ED23/25 1 23±0.3 7.6±0.2 25±0.3 _ 5±0.2 17.5min 5±0.15 127.4 40.8 5197.9 6600±25% 8250±25% 31.1 ED25/34 1 25.5±0.3 7.6±0.2 34±0.3 _ 5±0.2 20min 5±0.15 173.6 43.4 7686.2 8300±25%

​​ Fig.1 Fig.2 Fig.3 Fig.4 Fig.5 Fig.6 Specification Figure Dimension(mm) Effective parameter Inductor coefficient AL(nH/N2) Weight A B C/C1 C2 D E F/H Ae(mm2) Le(mm) Ve(mm3) BP44 BP95 (grams/pair) ED22/23 5 22±0.4 11.6±0.2 9±0.2 8.6±0.2 6.55±0.2 16.4±0.4 8.8±0.2 50.2 53.4 2679 1900±25% 2350±25% 15.1 ED23/25 1 23±0.3 7.6±0.2 25±0.3 _ 5±0.2 17.5min 5±0.15 127.4 40.8 5197.9 6600±25% 8250±25% 31.1 ED25/34 1 25.5±0.3 7.6±0.2 34±0.3 _ 5±0.2 20min 5±0.15 173.6 43.4 7686.2 8300±25%

​​ Fig.1 Fig.2 Fig.3 Fig.4 Fig.5 Fig.6 Specification Figure Dimension(mm) Effective parameter Inductor coefficient AL(nH/N2) Weight A B C/C1 C2 D E F/H Ae(mm2) Le(mm) Ve(mm3) BP44 BP95 (grams/pair) ED22/23 5 22±0.4 11.6±0.2 9±0.2 8.6±0.2 6.55±0.2 16.4±0.4 8.8±0.2 50.2 53.4 2679 1900±25% 2350±25% 15.1 ED23/25 1 23±0.3 7.6±0.2 25±0.3 _ 5±0.2 17.5min 5±0.15 127.4 40.8 5197.9 6600±25% 8250±25% 31.1 ED25/34 1 25.5±0.3 7.6±0.2 34±0.3 _ 5±0.2 20min 5±0.15 173.6 43.4 7686.2 8300±25%

​​ Fig.1 Fig.2 Fig.3 Fig.4 Fig.5 Fig.6 Specification Figure Dimension(mm) Effective parameter Inductor coefficient AL(nH/N2) Weight A B C/C1 C2 D E F/H Ae(mm2) Le(mm) Ve(mm3) BP44 BP95 (grams/pair) ED22/23 5 22±0.4 11.6±0.2 9±0.2 8.6±0.2 6.55±0.2 16.4±0.4 8.8±0.2 50.2 53.4 2679 1900±25% 2350±25% 15.1 ED23/25 1 23±0.3 7.6±0.2 25±0.3 _ 5±0.2 17.5min 5±0.15 127.4 40.8 5197.9 6600±25% 8250±25% 31.1 ED25/34 1 25.5±0.3 7.6±0.2 34±0.3 _ 5±0.2 20min 5±0.15 173.6 43.4 7686.2 8300±25%

​​ Fig.1 Fig.2 Fig.3 Fig.4 Fig.5 Fig.6 Specification Figure Dimension(mm) Effective parameter Inductor coefficient AL(nH/N2) Weight A B C/C1 C2 D E F/H Ae(mm2) Le(mm) Ve(mm3) BP44 BP95 (grams/pair) ED22/23 5 22±0.4 11.6±0.2 9±0.2 8.6±0.2 6.55±0.2 16.4±0.4 8.8±0.2 50.2 53.4 2679 1900±25% 2350±25% 15.1 ED23/25 1 23±0.3 7.6±0.2 25±0.3 _ 5±0.2 17.5min 5±0.15 127.4 40.8 5197.9 6600±25% 8250±25% 31.1 ED25/34 1 25.5±0.3 7.6±0.2 34±0.3 _ 5±0.2 20min 5±0.15 173.6 43.4 7686.2 8300±25%