XFlux® Cores

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 inverters for alternative energy, Power Factor Correction (PFC) boost, and Uninterruptible Power Supplies (UPS).

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Key Characteristics

  • Composition: Fe • Si
  • Shapes: Toroid, E, Block, EQ
  • Sizes: 12 mm to 167 mm
  • Permeability: 19µ, 26µ, 40µ, 60µ, 75µ, 90µ
  • Coating Color: Brown

Property Curves

View XFlux Material Property Curves including Normal Magnetization curves, Core Loss Density curves, Permeability versus Temperature curves, Permeability versus DC Bias curves, and Permeability versus Frequency curves.

For more information on Magnetics' XFlux material, view our technical bulletin.

XFlux Part Number Identification
How To Order: Magnetics Powder Cores

Core Data AL nH/T2 (nominal) Le Path Length
mm
Ae Cross Section
mm2
Ve Volume
mm3
OD max
mm
ID min
mm
HT max
mm
19µ 26µ 40µ 60µ 75µ 90µ
 050  9 12  18 27 34 40 31.2 11.7 365 13.5 6.99 5.51
120 11 15 24 35 43 52 41.2 19.56 806 17.3 9.53 7.11
380 14 19  28 43 53 64 41.4 23.2 960 18 9.02 7.11
206 10 14  21 32 41 49 50.9 23.47 1,194 21.1 12.1 7.11
310 14 19  29 43 54 65 56.7 32.85 1,863 23.6 13.3 8.4
350 16 22  34 51 62 76 58.8 38.8 2,281 24.3 13.8 9.7
930 23 32  50 75 94 113 65.4 66.1 4,322 27.7 14.1 11.9
548 20 28  41 61 76 91 81.4 67.7 5,509 33.8 19.3 11.4
  585   12 16 25 38 47 57 89.5 47.1 4,215 35.2 22.6 9.8
324 18 24 37 56 70 84 89.8 68.3 6,136 36.7 21.5 11.4
254 26 35  54 81 101 121 98.4 110.6 10,880 40.8 23.3 15.4
089 27 37  57 86 107 128 116.3 133.3 15,502 47.6 27.9 16.2
438 43 59  90 135 169 202 107.4 197.7 21,235 47.6 23.3 18.9
725 56 76 117 175 219 269 114 262 29,700 51.31 23.9 21.6
715 23 32  49 73 91 109 127.3 124.4 15,832 51.7 30.9 14.4
109 24 33  50 75 94 112 143 146.3 20,700 58 34.7 14.9
195 44 60  92 138 172 207 125 229 28,625 58 25.6 16.1
620 60 82 126 189  237 284 144 360 51,800 62.9 31.7 25.9
070 48 65 100 143 187 225 158 314 49,700 69.4 34.7 21.4
778   88 135 205     170 478 81,500 78.9 38.3 26.8
740 64 88 136 204  255 306 184 497 91,400 75.0 44.4 35.9
866  22 30  45  68 85 102 196  176 34,500  78.9  48.2  13.9 
906  27 37  57    106 128 196  221 43,400  78.9  48.2  17.1 
778 64 88 135       170 478 81,500 78.9 38.3 26.8
102  35 48  74  111  159 167 243 358 86,900  103  55.7  17.9 
337  50 68 105        324 678 220,000 134  77.2  26.8
171 58           387 948 366,700 167 86.9 27.3
Core Data AL nH/T2 (nominal) Le Path Length
mm
Ae Cross Section
mm2
Ve Volume
mm3
Length max
mm
Leg Length min
mm
Height max
mm
26µ 40µ 60µ
1808 26 35 48 40.1 22.8 914 19.3 8.1 4.8
4020 80 108 150 98.4 183 18,000 43.5 20.8 15.7
4022 104 140 194 98.4 237 23,300 43.5 20.8 20.3
4317  88  119  163 77.5 152 11,800 41.5 16.2 12.7
5528 116  157 219  123  350 43,100 55.7 27.2 21.4
5530 138 187 261 123 417 51,400 55.7 27.2 25
6527 162 230 300 147 540 79,400 66.4 32.1 27.4
7228  130  173  235  137  368 50,400 73.5 27.4 19.5 
8020 103 145 190  185 389 72,000 81.2 37.5 20.2
8024  200 275 370 131.4 600 78,840 81.2 23.4 30.1
8044 91     208 389 80,900 81.2 43.9 20.2 
114LE   335 445 215 1220 262,000 115.1 45.8 35.3
Core Data AL nH/T2 (nominal) Ve Volume
mm3
Length
mm 
Width
mm
Height
mm
26µ 40µ 60µ
4741 PDF  PDF  PDF  53,600 48.1 41.5 27.9
5030 PDF  PDF PDF 23,000 51.0 30.6 15.3
5528 PDF PDF PDF 31,200 55.5 28.0 21.0
6030 PDF  PDF PDF 27,000 60.3 30.3 15.3
7020 PDF PDF PDF 28,600 70.5 20.3 20.0
7030  PDF PDF PDF 42,800  70.5 30.3 20.0
8030 PDF PDF PDF 48,800 80.5 30.3 20.0
Core Data AL nH/T2 (nominal) Le Path Length
mm
Ae Cross Section
mm2
Length
mm
Height
mm
Width
mm
26µ 40µ 60µ
EQ26 L070     213 42.3 119.8 26.5 7.0 19.0
EQ26 L088     183 49.5 119.8 26.5 8.8 19.0
EQ26 L101     165 54.7 119.8 26.5 10.1 19.0
EQ26 L124     141 63.9 119.8 26.5 12.4 19.0
EQ32 L152 62 96 144 79.9 152.3 32.0 15.2 22.0
EQ36 L174 62 96 144 94.7 180.8 36.0 17.4 26.0