Iron Powder Magnetic Cores
from Dexter Magnetic Technologies, Inc.
Powder Cores. Powder cores are distributed air gap cores that are primarily used in power inductor applications, specifically in switched-mode power supply (SMPS) output filters, also known as DC inductors. Other power applications include differential inductors, boost inductors, buck inductors, and... [See More]
- Core Material: Iron Powder
from Hangzhou X-mag Inc.
Nanocrystalline core is a new type of iron core material, mainly composed of elements such as Fe, Cu, Ni, Si, B, etc. Its grain size is at the level of nanocrystals. Having high magnetic permeability and magnetic induction strength, lower losses, excellent DC resistance, and thermal stability;... [See More]
- Core Material: Iron Powder
- Core Shape: Circular; Rectangular; Toroidal; Cutting; Sheet; Customized
from Magnetics
75 Series Cores. Economical Solution for Inverters and UPS. Magnetics 75-Series cores are composed of Iron, Silicon, and Aluminum, achieving better DC Bias performance than while maintaining lower core losses than . The relatively high saturation flux density of 75-Series cores makes them a low-cost... [See More]
- Core Material: Iron Powder; 75 Series
- Inductance: 27
- Core Shape: Toroid; Toroid
- Length: 31.2
from Magnetics
Edge ® Cores. Excellent DC Bias Performance for Compact Design. Designed for cutting edge performance, Edge ® cores offer exceptional DC bias performance. When compared with High Flux, Edge displays approximately 40% lower losses and 30% improvement in DC bias. Applications include Rack... [See More]
- Core Material: Iron Powder; Edge
- Inductance: 56
- Core Shape: E; EER; EQ; Toroid; U; Toroid, E, U, Block, EQ, LP, EER
- Length: 31.2
from Magnetics
High Flux Cores. High Saturation Flux Density for High Power Applications. High Flux cores have saturation flux density that is twice that of MPP and three times or more that of ferrite. As a result, High Flux cores can support significantly more DC bias current or AC flux density. The high... [See More]
- Core Material: Iron Powder; High Flux
- Inductance: 50
- Core Shape: EER; EQ; Toroid; Toroid, EQ, LP, EER
- Length: 13.6
from Magnetics
Kool M µ ® Cores. Affordable FeSiAl Material for Low Losses at Elevated Frequencies. Kool M µ material ’s low loss and relatively high saturation level (10,500 gauss) make it excellent for use in as well as unidirectional drive applications such as Pulse Transformers and . The... [See More]
- Core Material: Iron Powder; Kool Mu
- Inductance: 50
- Core Shape: E; EER; EQ; Toroid; U; Toroid, E, U, EQ, LP, EER, Block, Round Block, Cylinder
- Length: 13.6
from Magnetics
Kool M µ ® H ƒ Cores. Lowest Losses for High Frequencies. Kool M µ ® H ƒ powder cores are made from distributed gap alloy powder optimized for frequencies 200-500 kHz. Exhibiting approximately 35% lower losses when compared to Kool M µ, Kool M µ H ƒ is a... [See More]
- Core Material: Iron Powder; Kool Mu HF
- Inductance: 27
- Core Shape: E; Toroid; U; Toroid, Block, E, U
- Length: 31.2
from Magnetics
Kool M µ ® MAX Cores. HIgh DC Bias for Better Power Handling. Kool M µ MAX is the next generation of sendust cores from Magnetics. We supercharged our low core loss material with 50% better DC bias performance for better power handling. Use of copper wire is minimized by maintaining... [See More]
- Core Material: Iron Powder; Kool Mu MAX
- Inductance: 27
- Core Shape: E; EQ; Toroid; U; Toroid, E, U, Block, EQ, LP
- Length: 31.2
from Magnetics
MPP Cores. Low Losses for High Current Inductors. MPP cores possess many outstanding magnetic characteristics, such as high resistivity, low hysteresis and eddy current losses, excellent inductance stability after high DC magnetization or under high DC bias conditions and minimal inductance shift up... [See More]
- Core Material: Iron Powder; MPP
- Inductance: 50
- Core Shape: Toroid; Toroid, Thinz
- Length: 13.6
from Magnetics
XFlux ® Cores. Economical Solution for High Saturation Applications. XFlux cores offer an economical high saturation (1.6 Tesla) solution for use in low and medium frequency inductors and chokes. The high saturation is advantageous in applications where inductance under load is critical such as... [See More]
- Core Material: Iron Powder; XFlux
- Inductance: 56
- Core Shape: E; EER; EQ; Toroid; Toroid, E, Block, EQ, LP, EER, Cylinder
- Length: 31.2
from Magnetics
XFlux ® Ultra Cores. For High Power and Efficiency. XFlux ® Ultra cores offer the same high saturation found in standard silicon-iron XFlux while providing a 20% improvement in core loss. Applications include high efficiency uninterruptible power supplies (UPS), high power SMPS, and for... [See More]
- Core Material: Iron Powder; XFlux Ultra
- Inductance: 27
- Core Shape: Toroid; Toroid
- Length: 31.2