Amorphous Cut Cores

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Product Description

Amorphous cores are made from amorphous Fe-based alloys offer an interesting combination of high saturation flux density and low magnetization losses.C type core is easy to install, easy to wind copper wire and high saturation flux density

Applications:

  • Applied to solar inverters, wind power inverters
  • Filter reactor of high-frequency super switching power supply
  • Transformer cores in switch mode power supplies
  • Major transformer of UPS Power supply

Characteristics

  • High saturate induction - Reducing core volume
  • Rectangular form - Easy to mount coils
  • With air gap - Excellent anti-bias current ability
  • Low core loss - Low temperature rise (1/5~1/10 compared to silicon teel)
  • Good temperature stability -50℃ to 130℃
Saturate induction 1.56T Hardness Hv 960kg/mm2
Curie Temperature 410°C Density 7.18g/cm3
Crystallization Temperature 550°C Resistivity 130mW-cm
Saturate magnetostriction 27´10-6 - -

Comparison : Amorphous for high frequency inductors verses competitive materials

Parameters Amorphous C-Core Iron Powder 6% Si Steel 3% Si Steel Ferrite
Bsat(T) 1.56 1.0 to 1.4 1.2 1.85 0.35
Permeability 3,000 2 to 75 4,100 1,000 2,500
Power Loss (W/Kg) 35 550 185 275 65
Turns 2 8 2 4 5

Advantages:

When comparing Iron Powder to Amorphous core. The Amorphous core will tend to be less expensive, and have lower losses, smaller physical size, better heat dissipation,Reduced carbon dioxide emissions, Reduction fossil fuel consumption,Reduced magnetizing current and are mechanically rugged. The will have lower power loss and smaller however cost will be slightly higher.

Some of standard sizes in table below:

Note:

  • a,b,c,d,e,f are dimensions of cores in mm.
  • Le : effective magnetic length
  • Ae : Effective magnetic area
  • M : Mass of core
  • Vol : Le x Ae
  • Wa : Window area
  • WaAe : Ap (Area Product)
Part Ref. No. a (mm) b (mm) c (mm) d (mm) e (mm) f (mm) Le (cm) Ae (cm2) M (g) VOL (cm3) Wa (cm2) Wa Ae (cm4)
CC-A20-6.3 10±0.5 11 33 20+0.5 31+1 53+2 13.1 1.59 150 20.9 3.6 5.8
CC-A20-8 11±0.8 13 30 20+0.5 35+1 52+2 13.2 1.79 170 23.7 3.9 7
CC-A20-10 11±0.8 13 40 20+0.5 35+1 62+2 15.4 1.81 200 27.9 5.2 9.4
CC-A25-16A 11±0.8 13 40 25+0.5 35+1 62+2 15.1 2.31 250 34.8 5.2 12
CC-A25-16B 11±0.8 13 50 25+0.5 35+1 72+2 16.9 2.31 280 38 6.5 15
CC-A30-20 11±0.8 13 50 30+0.5 35+1 72+2 17.5 2.71 340 47.4 6.5 17.6
CC-A25-25 13±0.8 15 56 25+0.5 41+1 82+2 19.6 2.7 380 52.9 8.4 22.7
CC-A30-32 13±0.8 15 56 30+0.5 41+1 82+2 20 3.2 460 64.1 8.4 26.9
CC-A35-40 13±0.8 15 56 35+0.5 41+1 82+2 19.9 3.71 530 73.8 8.4 31.2
CC-A25-50 16±1 20 70 25+0.5 52+1 102+3 24.9 3.3 590 82.2 14 46.2
CC-A30-63 16±1 20 70 30+0.5 52+1 102+3 25.3 3.91 98.9 14 54.7
CC-A45-100 16±1 20 70 45+1 52+1 102+3 25 5.91 1060 148 14 82.7
CC-A35-125 19±1 25 83 35+1 63+1 121+3 30.2 5.4 1170 163 20.8 112
CC-A40-160 19±1 25 83 40+1 63+1 121+3 28.5 6.5 1330 185 20.8 135
CC-A50-200 19±1 25 83 50+1 63+1 121+3 29.8 7.81 1670 233 20.8 162
CC-A60-250 19±1 25 90 60+1 63+1 128+3 31.4 9.31 2100 292 22.5 210
CC-A50-320 22±1 35 85 50+1 79+1 129+4 32.5 9.3 2170 302 29.8 277
CC-A65-400 22±1 35 85 65+1 79+1 129+4 33.6 11.70 2820 393 29.8 348
CC-A55-500 25±1 40 85 55+1 90+1 135+4 35.6 11.3 2900 404 34 386
CC-A70-630 25±1 40 85 70+1 90+1 135+4 35.6 14.4 3670 511 34 488
CC-A85-800A 25±1 40 85 85±1.5 90+1 135+4 35.6 17.4 4450 620 34 592
CC-A85-800B 30±1 40 95 85±1.5 100+1 155+4 39.3 21 5930 826 38 799
CC-A85-1000 33±1 40 105 85±1.5 106+1 171+5 42.7 23 7060 983 42 967
CC-A20-1 22±1 36 80 20±0.5 80+1 124+3 32 3.6 780 115 28.8 103.7
CC-A25-2 26±1 36 85 25±0.5 88+1 137+4 34.6 5.33 1230 184 30.6 163
CC-A40-3 33±1 49 113 40±0.5 115+1 179+5 45.6 10.8 3301 492.5 55.4 598