products | magnetic cores
ferroxcube & magnetics
FERROXCUBE
Power Conversion
Ferroxcube materials contribute to improve the efficiency of the converter by decreasing the losses on the magnetic components leading to cost competitive smaller cores.
FERROXCUBE Power Conversion Material Specifications
Application | Material Grade | Initial Perm µi at 25 °C | Bsat (mT) at 25 °C (1200 A/m) | Tc (°C) | p (Ωm) | Ferrite Type | Remark | Material Datasheet |
---|---|---|---|---|---|---|---|---|
Power Conversion | 3C90 | 2300 | ≈ 470 | ≥ 220 | ≈ 5 | MnZn | Low Frequency Min. loss @100 °C | Download |
Power Conversion | 3C91 | 3000 | ≈ 470 | ≥ 220 | ≈ 5 | MnZn | Low Frequency Min. loss @60 °C | Download |
Power Conversion | 3C92 | 1500 | ≈ 540 | ≥ 280 | ≈ 5 | MnZn | Low Frequency High Bsat (High DC Stability) | Download |
Power Conversion | 3C92A | 1800 | ≈ 570 | ≥ 280 | ≈ 5 | MnZn | Low Frequency High Bsat (High DC Stability) | Download |
Power Conversion | 3C93 | 1800 | ≈ 520 | ≥ 240 | ≈ 5 | MnZn | Low Frequency Min. loss @140 °C | Download |
Power Conversion | 3C94 | 2300 | ≈ 470 | ≥ 220 | ≈ 5 | MnZn | Low Frequency Min. loss @100 °C | Download |
Power Conversion | 3C95 | 3000 | ≈ 530 | ≥ 215 | ≈ 5 | MnZn | Low Frequency Flat loss @25-100 °C ≤ 200 kHz | Download |
Power Conversion | 3C95A | 3300 | ≈ 550 | ≥ 220 | ≈ 10 | MnZn | Low Frequency Flat loss @25-100 °C ≤ 300 kHz | Download |
Power Conversion | 3C95F | 3000 | ≈ 550 | ≥ 210 | ≈ 10 | MnZn | Low Frequency Flat loss @25-100 °C ≤ 400 kHz | Download |
Power Conversion | 3C96 | 2000 | ≈ 500 | ≥ 240 | ≈ 5 | MnZn | Low Frequency Min. loss @100 °C | Download |
Power Conversion | 3C97 | 3000 | ≈ 530 | ≥ 215 | ≈ 5 | MnZn | Low Frequency Flat loss @60-140 °C ≤ 200 kHz | Download |
Power Conversion | 3C98 | 2500 | ≈ 530 | ≥ 230 | ≈ 5 | MnZn | Low Frequency Min. loss @100 °C | Download |
Power Conversion | 3R1 | 800 | ≈ 410 | ≥ 230 | ≈ 103 | MnZn | Low Frequency Square B-H loop | Download |
Power Conversion | 3F3 | 2000 | ≈ 440 | ≥ 200 | ≈ 2 | MnZn | High Frequency Optimal Frequency ≤ 400 kHz | Download |
Power Conversion | 3F36 | 1600 | ≈ 520 | ≥ 230 | ≈ 12 | MnZn | High Frequency Optimal Frequency 400 - 1,000 kHz | Download |
Power Conversion | 3F4 | 900 | ≈ 410 | ≥ 220 | ≈ 10 | MnZn | High Frequency Optimal Frequency < 2 MHz | Download |
Power Conversion | 3F46 | 750 | ≈ 520 | ≥ 280 | ≈ 5 | MnZn | High Frequency Optimal Frequency 1-3 MHz | Download |
Power Conversion | 4F1 | 80 | ≈ 320 | ≥ 260 | ≈ 105 | NiZn | High Frequency Optimal Frequency < 15 MHz | Download |
EMI Suppression
Ferroxcube offers a wide range of materials for different frequency bands, thermal conditions and type of noise to be suppressed, with complete data and characterization to ease the design process. Materials can be found in most appropriate shapes for its use: toroids for common mode chokes, cable shields, beads, rods and several ready to mount solutions like SMD beads, through hole wideband chokes and encapsulated cable shields.
FERROXCUBE EMI Suppression Material Specifications
Application | Material Grade | Initial Perm µi at 25 °C | Bsat (mT) at 25 °C (1200 A/m) | Tc (°C) | p (Ωm) | Ferrite Type | Remark | Material Datasheet |
---|---|---|---|---|---|---|---|---|
EMI Suppression | 3C11 | 4300 | ≈ 390 | ≥ 125 | ≈ 1 | MnZn | Frequency < 30 MHz | Download |
EMI Suppression | 3E65 | 5200 | ≈ 480 | ≥ 165 | ≈ 0.5 | MnZn | Frequency < 20 MHz | Download |
EMI Suppression | 3E25 | 6000 | ≈ 390 | ≥ 125 | ≈ 0.5 | MnZn | Frequency < 20 MHz | Download |
EMI Suppression | 3E27 | 6000 | ≈ 430 | ≥ 150 | ≈ 0.5 | MnZn | Frequency < 20 MHz | Download |
EMI Suppression | 3E26 | 7000 | ≈ 430 | ≥ 155 | ≈ 0.5 | MnZn | Frequency < 20 MHz | Download |
EMI Suppression | 3E10 | 10000 | ≈ 460 | ≥ 130 | ≈ 0.5 | MnZn | Frequency < 20 MHz | Download |
EMI Suppression | 3E6 | 10000 | ≈ 460 | ≥ 130 | ≈ 0.1 | MnZn | Frequency < 15 MHz | Download |
EMI Suppression | 3E12 | 12000 | ≈ 470 | ≥ 130 | ≈ 0.5 | MnZn | Frequency < 15 MHz | Download |
EMI Suppression | 3E15 | 15000 | ≈ 470 | ≥ 130 | ≈ 0.5 | MnZn | Frequency < 15 MHz | Download |
EMI Suppression | 3B1 | 900 | ≈ 380 | ≥ 150 | ≈ 0.2 | MnZn | Frequency < 100 MHz | Download |
EMI Suppression | 3S1 | 4000 | ≈ 400 | ≥ 125 | ≈ 1 | MnZn | Frequency < 30 MHz | Download |
EMI Suppression | 3S3 | 350 | ≈ 320 | ≥ 225 | ≈ 10^4 | MnZn | Frequency < 200 MHz | Download |
EMI Suppression | 3S4 | 1700 | ≈ 320 | ≥ 110 | ≈ 1000 | MnZn | Frequency < 100 MHz | Download |
EMI Suppression | 3S5 | 3800 | ≈ 545 | ≥ 255 | ≈ 10 | MnZn | Frequency < 30 MHz | Download |
EMI Suppression | 4B1 | 250 | ≈ 360 | ≥ 250 | ≈ 10^5 | NiZn | Frequency < 300 MHz | Download |
EMI Suppression | 4S2 | 850 | ≈ 340 | ≥ 150 | ≈ 10^5 | NiZn | Frequency < 100 MHz | Download |
EMI Suppression | 4S2F | 700 | ≈ 290 | ≥ 120 | ≈ 104 | NiZn | Frequency < 100 MHz | Download |
EMI Suppression | 4S3 | 250 | ≈ 360 | ≥ 250 | ≈ 10^5 | NiZn | Frequency < 300 MHz | Download |
EMI Suppression | 4S60 | 2000 | ≈ 260 | ≥ 100 | ≈ 10^5 | NiZn | Frequency < 50 MHz | Download |
Signal Processing
For filter and sensor applications, it requires medium permeability, low loss and high stability over periods of time. For wideband signal transformers which are frequently used in communication systems and digital networks such as ISDN and DSL, high permeability are needed.
In many electronic devices, it is necessary to delay pulses for a short, well defined time. The delay time is determined by the saturation flux in the ferrite core and the applied voltage. Requirements for the material are: high pulse permeability and high saturation flux density.
FERROXCUBE Signal Processing Material Specifications
Application | Material Grade | Initial Perm µi at 25 °C | Bsat (mT) at 25 °C (1200 A/m) | Tc (°C) | p (Ωm) | Ferrite Type | Remark | Material Datasheet |
---|---|---|---|---|---|---|---|---|
Signal Processing | 3B46 | 3800 | ≈ 545 | ≥ 255 | ≈ 10 | MnZn | High DC Bias | Download |
Signal Processing | 3B7 | 2300 | ≈ 440 | ≥ 170 | ≈ 1 | MnZn | Temperature Stable | Download |
Signal Processing | 3D3 | 750 | ≈ 380 | ≥ 200 | ≈ 2 | MnZn | High Frequency Filter | Download |
Signal Processing | 3H3 | 2000 | ≈ 360 | ≥ 160 | ≈ 2 | MnZn | Low Frequency Filter | Download |
Signal Processing | 4A11 | 850 | ≈ 340 | ≥ 150 | ≈ 10^5 | NiZn | Frequency < 1 MHz | Download |
Signal Processing | 4B2 | 250 | ≈ 360 | ≥ 335 | ≈ 10^5 | NiZn | Frequency < 5 MHz | Download |
Signal Processing | 4C65 | 125 | ≈ 380 | ≥ 350 | ≈ 10^5 | NiZn | Frequency < 15 MHz | Download |
Signal Processing | 4E1 | 15 | ≈ 220 | ≥ 500 | ≈ 105 | NiZn | Frequency < 200 MHz | Download |