Symbols and Definitions  
Mn-Zn  
. A043  
. A05  
. A061(New)  
. A07  
. A10  
. A101  
. A102  
. A12  
. A121  
. A15  
. A151  
. N07(New)  
. N2  
. N4  
. N42  
. N43  
. N5(New)  
. P4  
. P41  
. P42  
. P43  
. P46  
. P47  
. P5  
. P51  
. P52  
. S3  
Ni-Zn  
.K08  
.K10  
.K15(New)  
.K20(New)  
.K081  
.K12  
.B25(New)  
.B30  
.B45  
.B60  
.B90  
.L1(New)  
.L2(New)  
.L3(New)  
.L4(New)  
.L5(New)  
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Home > Products Showroom > Material Characteristics > Mn-Zn >L3
 
  ■Material Characteristics - L3  
     
  Symbol Unit Measuring Conditions Low μ Materials
      Freq. Flux den. Temp. L1 L2 L3 L4 L5
Initial Permeability μi       25°C 150± 25% 60± 25% 20± 25% 50± 25% 100± 25%
Saturation Flux Density Bms mT 1kHz H = 4000A/m 25°C 410 421 306* 395 390
Remanence Brms mT 1kHz H = 4000A/m 25°C 168 274 122* 255 175
Coercivity Hc A/m 1kHz H = 4000A/m 25°C 105 141 600* 200 140
Relative loss factor tanδ/μi 10-6
10MHz <0.25mT 25℃ 180** 150 448 169 350**
Curie Temperature Tc °C       >250 >250 >300 >300 >250
Resistivity ρ Ωm       >106 >106 >106 >106 >106
Density d g/cm3       5.10 5.10 5.10 5.10 5.10
 
Remark :

Material characteristics are typical for a toroid core.

Product specification will differ from these data due to the influence of geometry and size.

 
  Download L3 pdf document  
 
 
 
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