Magnetics Ferrite Cores

​​ 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%

Advantages: 1.Low Loss: During operation, the energy loss of the core is minimal. This means that in the process of electric energy conversion, it can reduce energy loss, improve the efficiency of energy utilization, and help reduce the power consumption and operating costs of the equipment. 2.Low Temperature Rise: Due to the low loss, less heat is generated, so the temperature rise of the core is lower. This is not only beneficial for maintaining the stable performance of

Physical Dimensions Par Number AL (nH/N2) Ae (mm²) Le (mm) Ve (mm³) A mm B mm C mm D mm E mm UR552034-060-XXX 148.0 345.0 151.3 57390.0 55.0 34.0 20.0 19.0 40.0 Advantages high saturation magnetization: Metal soft magnetic powder cores possess a high saturation magnetic induction intensity, meaning they can store more magnetic energy within a smaller volume. This is of great significance for achieving designs with large capacity and compact size. high effective permeability:

Advantages: 1.Low Loss: During operation, the energy loss of the core is minimal. This means that in the process of electric energy conversion, it can reduce energy loss, improve the efficiency of energy utilization, and help reduce the power consumption and operating costs of the equipment. 2.Low Temperature Rise: Due to the low loss, less heat is generated, so the temperature rise of the core is lower. This is not only beneficial for maintaining the stable performance of

Advantages: 1.Low Loss: During operation, the energy loss of the core is minimal. This means that in the process of electric energy conversion, it can reduce energy loss, improve the efficiency of energy utilization, and help reduce the power consumption and operating costs of the equipment. 2.Low Temperature Rise: Due to the low loss, less heat is generated, so the temperature rise of the core is lower. This is not only beneficial for maintaining the stable performance of

Advantages: 1.Low Loss: During operation, the energy loss of the core is minimal. This means that in the process of electric energy conversion, it can reduce energy loss, improve the efficiency of energy utilization, and help reduce the power consumption and operating costs of the equipment. 2.Low Temperature Rise: Due to the low loss, less heat is generated, so the temperature rise of the core is lower. This is not only beneficial for maintaining the stable performance of

Type Dimension﹙mm﹚ A B C D E F G PQ513225-060-XXX 51.0±0.7 32.0±0.5 25.0±0.4 20.1±0.3 44.0±0.5 18.0±0.4 340min AL Value & Efective Parameters of PQ-Cores Type Le (mm) Ae (mm2) Ve (mm3) AL(nH/N2) 26 40 60 PQ513225-060-XXX 117.29 264.05 30970 73 113 170 Advantages High Saturation Magnetic Induction Intensity: PQ-shaped metal powder magnets have a high saturation magnetic induction intensity, meaning they can store more magnetic energy in a smaller volume and weight, thereby

Advantages: 1.Low Loss: During operation, the energy loss of the core is minimal. This means that in the process of electric energy conversion, it can reduce energy loss, improve the efficiency of energy utilization, and help reduce the power consumption and operating costs of the equipment. 2.Low Temperature Rise: Due to the low loss, less heat is generated, so the temperature rise of the core is lower. This is not only beneficial for maintaining the stable performance of

Advantages: 1.Low Loss: During operation, the energy loss of the core is minimal. This means that in the process of electric energy conversion, it can reduce energy loss, improve the efficiency of energy utilization, and help reduce the power consumption and operating costs of the equipment. 2.Low Temperature Rise: Due to the low loss, less heat is generated, so the temperature rise of the core is lower. This is not only beneficial for maintaining the stable performance of

Advantages High Magnetic Permeability: T-type Mn-Zn power core has a high magnetic permeability, which helps achieve efficient electromagnetic energy conversion. Low Loss: In AC circuits, the hysteresis loss and eddy current loss of the T-type Mn-Zn power core are relatively small, reducing energy loss and improving the energy utilization efficiency of the equipment. Good Temperature Stability: The T-type Mn-Zn power core has good temperature stability and can maintain stable

Advantages High Magnetic Permeability: T-type Mn-Zn power core has a high magnetic permeability, which helps achieve efficient electromagnetic energy conversion. Low Loss: In AC circuits, the hysteresis loss and eddy current loss of the T-type Mn-Zn power core are relatively small, reducing energy loss and improving the energy utilization efficiency of the equipment. Good Temperature Stability: The T-type Mn-Zn power core has good temperature stability and can maintain stable

Advantages High Magnetic Permeability: T-type Mn-Zn power core has a high magnetic permeability, which helps achieve efficient electromagnetic energy conversion. Low Loss: In AC circuits, the hysteresis loss and eddy current loss of the T-type Mn-Zn power core are relatively small, reducing energy loss and improving the energy utilization efficiency of the equipment. Good Temperature Stability: The T-type Mn-Zn power core has good temperature stability and can maintain stable

Advantages: 1.Low Loss: During operation, the energy loss of the core is minimal. This means that in the process of electric energy conversion, it can reduce energy loss, improve the efficiency of energy utilization, and help reduce the power consumption and operating costs of the equipment. 2.Low Temperature Rise: Due to the low loss, less heat is generated, so the temperature rise of the core is lower. This is not only beneficial for maintaining the stable performance of

Advantages: 1.Low Loss: During operation, the energy loss of the core is minimal. This means that in the process of electric energy conversion, it can reduce energy loss, improve the efficiency of energy utilization, and help reduce the power consumption and operating costs of the equipment. 2.Low Temperature Rise: Due to the low loss, less heat is generated, so the temperature rise of the core is lower. This is not only beneficial for maintaining the stable performance of

Advantages: 1.Low Loss: During operation, the energy loss of the core is minimal. This means that in the process of electric energy conversion, it can reduce energy loss, improve the efficiency of energy utilization, and help reduce the power consumption and operating costs of the equipment. 2.Low Temperature Rise: Due to the low loss, less heat is generated, so the temperature rise of the core is lower. This is not only beneficial for maintaining the stable performance of

Advantages: 1.Low Loss: During operation, the energy loss of the core is minimal. This means that in the process of electric energy conversion, it can reduce energy loss, improve the efficiency of energy utilization, and help reduce the power consumption and operating costs of the equipment. 2.Low Temperature Rise: Due to the low loss, less heat is generated, so the temperature rise of the core is lower. This is not only beneficial for maintaining the stable performance of

Advantages: 1.Low Loss: During operation, the energy loss of the core is minimal. This means that in the process of electric energy conversion, it can reduce energy loss, improve the efficiency of energy utilization, and help reduce the power consumption and operating costs of the equipment. 2.Low Temperature Rise: Due to the low loss, less heat is generated, so the temperature rise of the core is lower. This is not only beneficial for maintaining the stable performance of

Advantages: 1.Low Loss: During operation, the energy loss of the core is minimal. This means that in the process of electric energy conversion, it can reduce energy loss, improve the efficiency of energy utilization, and help reduce the power consumption and operating costs of the equipment. 2.Low Temperature Rise: Due to the low loss, less heat is generated, so the temperature rise of the core is lower. This is not only beneficial for maintaining the stable performance of

Ring Core Nominal AL Value (Unit: nH/N2) Permeability 26 60 75 90 125 Par No. JC 092 22 51 63 76 105 JC 106 32 75 94 113 157 JC130 28 61 76 91 127 JC 135 16 38 47 57 79 JC 140 65 149 186 223 310 JC156 41 95 119 142 198 JC 157 35 81 101 121 168 JC 158 53 122 153 183 254 JC 183 67 155 194 232 323 JC 184 59 135 169 202 281 JC 185 37 86 107 128 178 JC 200 32 73 91 109 152 JC 225 33 75 94 112 156 JC 226 60 138 172 207 287 JC 250 83 192 240 288 400 JC 268 62 143 179 215 298 JC 300