EER Magnetic Cores

"Uncoated 95 Ferrite Core EER Type 1.378"" (35.00mm) Length 0.445"" (11.30mm) Width Diameter Height" [See More]

• Core Shape: EER

• Core Material: Maganese-Zinc Ferrite

"Uncoated 78 Ferrite Core EER Type 1.378"" (35.00mm) Length 0.445"" (11.30mm) Width Diameter Height" [See More]

• Core Shape: EER

• Core Material: Maganese-Zinc Ferrite

"Uncoated 78 Ferrite Core EER Type 1.575"" (40.00mm) Length Width Diameter Height" [See More]

• Core Shape: EER

• Core Material: Maganese-Zinc Ferrite

"Uncoated PC40 Ferrite Core EER Type 1.575"" (40.00mm) Length 0.524"" (13.30mm) Width Diameter 0.882"" (22.40mm) Height" [See More]

• Core Shape: EER

• Core Material: Maganese-Zinc Ferrite

"Uncoated PC47 Ferrite Core EER Type 1.004"" (25.50mm) Length 0.295"" (7.50mm) Width Diameter 0.366"" (9.30mm) Height" [See More]

• Core Shape: EER

• Core Material: Maganese-Zinc Ferrite

"Uncoated 78 Ferrite Core EER Type 1.654"" (42.00mm) Length Width Diameter 0.866"" (22.00mm) Height" [See More]

• Core Shape: EER

• Core Material: Maganese-Zinc Ferrite

Ferrite Shapes. E Shape, U Shape, Blocks, and More. Ferrites for high frequency power supply and high quality communication markets are produced in a variety of shapes and sizes for inductors, pulse transformers, high frequency transformers, and noise filters. Magnetics ® offers ferrite cores... [See More]

• Core Shape: E; EC; EER; EFD; ER; ETD; I; Planar; U; UR; E, I, EFD, ETD, EER, EC, U, UR, Planar E & I, ER
• Inductance: 1010

• Core Material: Maganese-Zinc Ferrite; F
• Length: 29.2

TDK offers a wide variety of Mn-Zn ferrite materials optimized for their application purposes, and include materials with high magnetic flux, low losses, and for broad temperature ranges. The products are also available in various profiles, including materials with standard core shapes that are... [See More]

• Core Shape: EC; EER; EFD; EP; EPO; EPX; EQ; ER; ETD; EV; I; P; Planar; PM; PQ; RM; Toroid; U

• Core Material: Maganese-Zinc Ferrite; Nickel-Zinc Ferrite

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 Shape: E; EER; EQ; Toroid; U; Toroid, E, U, Block, EQ, LP, EER
• Inductance: 56

• Core Material: Iron Powder; Edge
• Length: 31.2

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 Shape: EER; EQ; Toroid; Toroid, EQ, LP, EER
• Inductance: 50

• Core Material: Iron Powder; High Flux
• Length: 13.6

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 Shape: E; EER; EQ; Toroid; U; Toroid, E, U, EQ, LP, EER, Block, Round Block, Cylinder
• Inductance: 50

• Core Material: Iron Powder; Kool Mu
• Length: 13.6

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 Shape: E; EER; EQ; Toroid; Toroid, E, Block, EQ, LP, EER, Cylinder
• Inductance: 56

• Core Material: Iron Powder; XFlux
• Length: 31.2