Split Amorphous & Nanocrystalline Core

Split Nanocrystalline Core

Features

  • High permeability and low losses at high frequencies
  • High saturated induction
  • Excellent cost effective advantage
  • Stable temperature character
  • Low magnetostriction coefficient, low noise

Applications

  • Current transformers
  • Inductors, Chokes
  • UPS, Solar inverters
  • Switched-mode power supplies
Split Amorphous & Nanocrystalline Core

Basic Parameters

ItemPerformanceItemPerformance
Saturation induction (Bs)1.25 THardness (Hv)880
Curie temperature (Tc)570℃Resistance ratio (δ)130 µΩ·cm
Crystalline temperature (Tx)500℃Thickness28~35 µm
Initial permeability(µ0)>12×104Density (ρ)7.2 g/cm3
Saturation magnetostriction (λs)2.0×10-6Stacking factor≥0.75

Specifications

Split Amorphous & Nanocrystalline Core
Split Amorphous & Nanocrystalline Core
Model (Part Number) ID (mm) OD (mm) HT (mm) Iron cross
section (cm2)
Mean path
length (cm)
Weight (g)
CER32-24-7-30A 32*24 46*38 30 1.58 12.9 170
CER44-42-14-15A 44*42 72*70 15 1.58 20.9 293
CESR44-42-14-15A 44*42 72*70 15 1.66 21.24 261
CESR64-59-14-35A 63.5*59 91.5*87 35 3.92 28.55 755
CRSR85-40-25-70A 85*40 135*90 70 15.58 32.3 3685
CER88-35-2.2-15A 88*35 92.4*39.4 15 0.25 24.8 44.1
CRSR105-40-33-85A 105*40 171*106 85 24.96 38.8 7025
CRSR150-80-50-30A 150*80 250*180 30 13.1 60.8 5829
CPL233-60-8-10A 241*60 257*76 10 0.6 57.5 330
CCL540-100-15-25A 540*100 570*130 25 2.81 312.4 2700
C-4A 20~600 30~800 5~50 0.1~10 5~500 1~10000

Note:
The above data are selected from some popular models we produce. Please contact us for detail datasheet. We can also design some special split nanocrystalline cores to meet customers’ requirements.

Split Nanocrystalline Core